TERIW.ODOM
DepartmentofChemistry
NorthwesternUniversity
2145SheridanRoad
Evanston,IL60208-3113
Tel:847-491-7674
Fax:847-491-7713
e-mail:[email protected]
chemgroups.northwestern.edu/odom/
EDUCATIONANDTRAINING
2015-
CharlesE.andEmmaH.MorrisonProfessorofChemistry,NorthwesternUniversity
2011-2015 BoardofLadyManagersoftheColumbianExpositionProfessorofChemistry,
NorthwesternUniversity
2011-
ProfessorofMaterialsScienceandEngineering,NorthwesternUniversity
2008-10
DowChemicalCompanyResearchProfessor,NorthwesternUniversity
2007-11
AssociateProfessorofChemistry,NorthwesternUniversity
2007-11
AssociateProfessorofMaterialsScienceandEngineering,NorthwesternUniversity
2002-07
AssistantProfessorofChemistry,NorthwesternUniversity
2001
PostdoctoralFellow,HarvardUniversity
2001
Ph.D.ChemicalPhysics,HarvardUniversity
1996
B.S.Chemistry,StanfordUniversity
MAJORPROFESSIONALINTERESTS
Plasmonicsandnanophotonics;opticalpropertiesofnanoscalematerials;biologicalimaging;large-area
nanoscalepatterning;materialschemistry;cancertherapeuticsanddrugdelivery
HONORSANDAWARDS
2017
2016
2016
2016
2016-17
2014
2014
2014
2014
2013
2011
2011
2010
2009
2008
2008
2007
2006
2005
2005
VannevarBushFacultyFellowshipAward(DepartmentofDefense)
FellowoftheAmericanChemicalSociety(ACSF)
BlavatnikNationalAwardforYoungScientists,Finalist(Chemistry)
MaterialsResearchSociety(MRS)Fellow
AssociatedStudentGovernment(ASG)FacultyHonorRoll(Weinberg,Chemistry)
FellowoftheRoyalSocietyofChemistry(FRSC)
BlavatnikNationalAwardforYoungScientists,Finalist(PhysicalSciencesandEngineering)
PublicVoicesFellowship,NorthwesternUniversity
InternationalPreciousMetalsInstitute(IPMI)CarolTylerAward
DaltonLectureAward
RadcliffeInstituteforAdvancedStudyFellowship,HrdyFellow,HarvardUniversity
AmericanChemicalSociety(ACS)AkronSectionAward
DefenseScienceStudyGroup(DSSG)Member
MRSOutstandingYoungInvestigatorAward
NationalFreseniusAward(PhiLambdaUpsilonandACS)
NationalInstitutesofHealth(NIH)Director’sPioneerAward
RohmandHaasNewFacultyAward
Exxon-MobilSolidStateChemistryFacultyFellowship(ACSInorganic)
CottrellScholarAward(ResearchCorporation)
DuPontYoungInvestigator
CV:TeriW.Odom(April2017)
2005
2004
2004
2004
2003
2003
2003
2002
2002
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AlfredP.SloanResearchFellowship
TR100MITTechnologyReviewAwardfor“oneofworld’stopyounginnovators”
NSFNanotechnologyUndergraduateEducation(NUE)Award
NSFCAREERAward
DavidandLucilePackardFellowship
SearleFellow
HewlettFundingforUndergraduateInnovationinTeaching
ResearchInnovationAward(ResearchCorporation)
DowTeacher-ScholarAward
PostdoctoralAwardsandHonors
2003
2001
2001
VictorK.LaMerAward(ACSColloidsandSurfaceChemistry),HarvardUniversity
NIHNRSAPostdoctoralFellowship,HarvardUniversity
IUPACPrizeforYoungChemists(internationalthesisprize),HarvardUniversity
PredoctoralAwardsandFellowships
1999
1996-99
1996
1996
1996
WhitePrizeforExcellenceinUndergraduatePhysicsTeaching,HarvardUniversity
NSFPredoctoralFellowship,HarvardUniversity
KarplusAwardforChemicalPhysics,HarvardUniversity
S.S&I.M.F.MarsdenMemorialPrizeforChemistryResearch,StanfordUniversity
PhiBetaKappa,StanfordUniversity
PUBLICATIONS
NorthwesternPublications(ReverseOrder)
136. Rhee,D.;Lee,W.K.;Odom,T.W.“Crack-free,SoftWrinklesEnableSwitchableAnisotropicWetting,”
submitted.
135. Paul,A.;Stührenberg,M.;Chen,S.;Rhee,D.;Lee,W.K.;Odom,T.W.;Heilshorn,S.;Enejder,A.
“Micro-andNano-patternedElastin-likePolypeptideHydrogelsforStemCellCulture,”submitted.
134. Lee,W.K.;Yu,S.;Engel,C.J.;Rhee,D.;Chen,W.;Odom,T.W.“ConcurrentDesignofQuasi-Random
PhotonicNanostructures,”submitted.
133. Hoang,T.B.;Akselrod,G.M.;Yang,A.;Odom,T.W.;Mikkelsen,M.H.“Millimetre-scaleSpatial
CoherencefromaPlasmonLaser,”submitted.
132. Wang,D.;Yang,A.;Wang,W.;Hua,Y;Schaller,R.D.;Schatz,G.C.;Odom,T.W.“Band-edge
EngineeringforMulti-ModalNanolasinginPlasmonicSuperlattices,”submitted.
131. Tran,T.;Wang,D.;Xu,Z.;Toth,M.;Yang,A.;Odom,T.W.;Aharonovich,I.“DeterministicCouplingof
QuantumEmittersin2DMaterialstoPlasmonicNanocavityArrays,”NanoLetters2017,ASAP.DOI:
10.1021/acs.nanolett.7b00444
130. Yang,A.;Wang,D.;Wang,W.;Odom,T.W.“CoherentNanoscaleLightSources,”AnnualReviewsof
PhysicalChemistry2017,68,AOP.DOI:10.1146/annurev-physchem-052516-050730
129. Paci,J.;Lee,W.K.;Chapman,C.;Odom,T.W.;Schatz,G.C.“WrinklesinPolytetrafluoroethyleneon
Polystyrene:PersistenceLengthsandtheEffectofNanoinclusions,”Appl.Mater.Interfaces2017,9,
9079–9088.DOI:10.1021/acsami.6b14789
CV:TeriW.Odom(April2017)
p.3of47
128. Hu,J.;Ren,X.;Reed,A.N.;Reese,T.;Rhee,D.;Howe,B.;Lauhon,L.J.;Urbas,A.M.;Odom,T.W.
“EvolutionaryDesignandPrototypingofSingleCrystallineTitaniumNitrideLatticeOptics,”ACS
Photonics2017,DOI:10.1021/acsphotonics.6b00955[Highlightedbynanowerk.com][Cover]
127. Yang,A.;Hryn,A.;Bourgeois,M.R.;Lee,W.K.;Hu,J.;Schatz,G.C.;Odom,T.W.“Programmableand
ReversiblePlasmonModeEngineering,”PNAS2016,113,14201-14206.DOI:
10.1073/pnas.1615281113[Highlightedbynanowerk.comandnanotechweb.org]
126. Hu,J.;Liu,C.H.;Ren,X.;Lauhon,L.J.;Odom,T.W.“PlasmonicLatticeLensesforMulti-Wavelength
AchromaticFocusing,”ACSNano2016,10,10275.DOI:10.1021/acsnano.6b05855[Highlightedby
nanowerk.com]
125. Lee,W.K.;Kang,J.;Chen,K.-S.;Engel,C.;Jung,W.B.;Rhee,D.;Hersam,M.C.;Odom,T.W.
“Multiscale,HierarchicalPatterningofGraphenebyConformalWrinkling,”NanoLetters2016,16,
7121.DOI:10.1021/acs.nanolett.6b03415
124. Chandra,K.;Culver,K.S.B.;Werner,S.;Lee,R.;Odom,T.W.“ManipulatingtheAnisotropicStructure
ofGoldNanostarsusingGood’sBuffers,”Chem.Mater.2016,28,6763.DOI:
10.1021/acs.chemmater.6b03242
123. Chapman,C.M.;Paci,J.T.;Engel,C.J.;Lee,W.K.;Odom,T.W.;Schatz,G.C.“InterfacialEffectson
NanoscaleWrinklinginGold-CoveredPolystyrene,”ACSAppl.Mater.Interfaces2016,8,24339.
DOI:10.1021/acsami.6b08554
122. Culver,K.S.B.;Shin,Y.J.;Rotz,M.;Meade,T.J.;Hersam,M.C.;Odom,T.W.“Shape-dependent
RelaxivityofNanoparticle-basedMagneticResonanceImagingContrastAgents,”J.Phys.Chem.C
2016,120,22103.DOI:10.1021/acs.jpcc.6b08362
121. Yu,S.;Zhang,Y.;Wang,C.;Lee,W-K.;Dong,B.;Sun,C.;Odom,T.;Chen,W.“Characterizationand
DesignofFunctionalQuasi-RandomNanostructuredMaterialsusingSpectralDensityFunction,”
IDETC2016-60118,ProceedingsoftheASME2016InternationalDesignEngineeringTechnical
Conferences&DesignAutomationConference,August21-24,Charlotte,NC,2016.
120. Lee,W.K.;Jung,W.-B.;Nagel,S.;Odom,T.W.“StretchableSuperhydrophobicityfromMonolithic,
Three-DimensionalHierarchicalWrinkles,”NanoLetters2016,16,3774.DOI:
10.1021/acs.nanolett.6b01169[Highlightedbynanowerk.com]
119. Hua,Y.;Chandra,K.;Dam,D.H.M.;Wiedderecht,G.P.;Odom,T.W.“Shape-dependentNonlinear
OpticalPropertiesofAnisotropicGoldNanoparticles,”J.Phys.Chem.Lett2015,6,4904.DOI:
10.1021/acs.jpclett.5b02263
118. Wang,D.;Yang,A.;Hryn,A.;Schatz,G.C.;Odom,T.W.“SuperlatticePlasmonsinHierarchicalAu
NanoparticleArrays,”ACSPhotonics2015,2,1789.DOI:10.1021/acsphotonics.5b00546
117. Yang,A.;Li,Z.;Knudson,M.P.;Hryn,A.J.;Wang,W.;Aydin,K.;Odom,T.W.“UnidirectionalLasing
fromTemplate-strippedTwo-dimensionalPlasmonicCrystals,”ACSNano2015,9,11582.DOI:
10.1021/acsnano.5b05419[ACSEditor’sChoiceArticle]
116. Lee,H.;Dam,D.H.M.;Ha,J.;Odom,T.W.“EnhancedHumanEpidermalGrowthFactorReceptor2
DegradationinBreastCancerCellsbyLysosome-TargetingGoldNanoconstructs,”ACSNano2015,
9,9859.DOI:10.1021/acsnano.5b05138
CV:TeriW.Odom(April2017)
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115. Lee,W.K.;Engel,C.J.;Huntington,M.D.;Hu,J.;Odom,T.W.“ControlledThree-Dimensional
HierarchicalStructuringbyMemory-Based,SequentialWrinkling,”NanoLetters2015,15,5624.
DOI:10.1021/acs.nanolett.5b02394[HighlightedbyScience,nanowerk.com]
114. Odom,T.W.;Dickson,R.M.;Duncan,M.A.;Tan,W.“ShiningaLightontheMolecularand
NanoscopicWorlds,”ACSPhotonics2015,2,787.DOI:10.1021/acsphotonics.5b00337
113. Yang,A.;Odom,T.W.“AdvancesinPlasmonicNanolasers,”IEEEPhotonicsJournal2015,7,
0700606.DOI:10.1109/JPHOT.2015.2413773
112. Yang,A.;Hoang,T.B.;Dridi,M.;Deeb,C.;Mikkelsen,M.H.;Schatz,G.C.;Odom,T.W.“Real-time
TunableLasingfromPlasmonicNanocavityArrays,”NatureCommunications,2015,6,6939.DOI:
10.1038/ncomms7939.[Highlightedinnanowerk.com,physicsworld.com,NorthwesternNews
(liquidnanolasers)]
111. Rotz,M.W.;Culver,K.S.B.;Parigi,G.;MacRenaris,K.W.;Luchinat,C.;Odom,T.W.;Meade,T.J.“High
RelaxivityGd(III)-DNAGoldNanostars:InvestigationofShapeEffectsonProtonRelaxation,”ACS
Nano2015,9,3385.DOI:10.1021/nn5070953[CoverImage]
110. Dam,D.H.M.;Lee,R.C.;Lee,H.;Odom,T.W.“TunableLoadingofOligonucleotideswithSecondary
StructureonGoldNanoparticlesthroughapH-drivenMethod,”BioconjugateChemistry2015,26,
279.DOI:10.1021/bc500562s.
109. Dam,D.H.M.;Culver,K.S.B;Kandela,I.;Lee,R.C.;Chandra,K.;Lee,H.;Mantis,C.;Ugolkov,A.;
Mazar,A.P.;Odom,T.W.“BiodistributionandinVivoToxicityofAptamer-LoadedGoldNanostars,”
Nanomedicine:Nanotechnology,Biology,andMedicine2015,11,671.DOI:
10.1016/j.nano.2014.10.005.NIHMS643436.
108. Lee,H.;Odom,T.W.“ControllingLigandDensityonNanoparticlesasameanstoEnhanceBiological
Activity,”Nanomedicine2015,10,177.DOI:10.2217/nnm.14.204.
107. Huntington,M.D.;Lauhon,L.J.;Odom,T.W.“SubwavelengthLatticeOpticsbyEvolutionaryDesign,”
NanoLett.2014,14,7195.DOI:10.1021/nl5040573[PMCID:PMC4264853]
106. Yang,A.;Huntington,M.D.;Cardinal,M.F.;Masango,S.;VanDuyne,R.P.;Odom,T.W.“HeterooligomerNanoparticleArraysforPlasmon-EnhancedHydrogenSensing,”ACSNano2014,8,7639.
DOI:10.1021/nn502502r[HighlightedinNanotechweb.org]
105. Huntington,M.D.;Engel,C.J.;Odom,T.W.“ControllingtheOrientationofNanowrinklesand
NanofoldsbyPatterningStraininaThinSkinLayeronaPolymerSubstrate,”Angew.Chemie2014,
53,8117.DOI:10.1002/anie.201404483
104. Li,S.;Guo,P.;Buchholz,D.B.;Zhou,W.;Hua,Y.;Odom,T.W.;Ketterson,J.B.;Ocola,L.E.,Sakoda,K.
Chang,R.P.H.“Plasmonic–PhotonicModeCouplinginIndium-Tin-OxideNanorodArrays,”ACS
Photonics2014,1,163.DOI:10.1021/ph400038g
103. Dam,D.H.M.;Culver,K.B.;Odom,T.W.“ImprovedinVitroEfficacyofGoldNanoconstructsby
IncreasedLoadingofG-quadruplexAptamer,”NanoLett.2014,14,2843.DOI:10.1021/nl500844m
[PMCID:PMC4023846][Highlightedinnanowerk.comandnanotechweb.org]
102. Dam,D.H.M.;Culver,K.B.;Odom,T.W.“GraftingAptamersontoGoldNanostarsincreasesinvitro
EfficacyinaWideRangeofCancerCellTypes,”Mol.Pharmaceutics2014,11,580.DOI:
10.1021/mp4005657[PMCID:PMC3974612]
CV:TeriW.Odom(April2017)
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101. Lubin,S.M.;Hryn,A.;Huntington,M.D.;Engel,C.J.;Odom,T.W.“QuasiperiodicMoiréPlasmonic
Crystals,”ACSNano2013,8,11035.DOI:10.1021/nn404703z
100. Suh,J.Y.;Odom,T.W.“NonlinearPropertiesofNanoscaleAntennas,”NanoToday2013,8,469.DOI:
10.1016/j.nantod.2013.08.010
99.
Zhou,W.;Dridi,M.;Suh,J.Y.;Kim,C.H.;Co,D.T.;Wasielewski,M.R.;Schatz,G.C.;Odom,T.W.
“LasingActioninStronglyCoupledPlasmonicNanocavityArrays,”NatureNanotech.2013,8,506.
DOI:10.1038/nnano.2013.99[HighlightedinNewsandViewsNatureNanotech.2013,8,479and
nanotechweb.org]
98.
Huntington,M.D.;Engel,C.J.;Hryn,A.;Odom,T.W.“PolymerNanowrinkleswithContinuously
TunableWavelengths,”Appl.MaterialsandInterfaces2013,5,6438.DOI:10.1021/am402166d
97.
Odom,T.W.“Materialsscience:Thesame,butbetter.”Nature2013,496,40.DOI:
10.1038/496040a
96.
Lin,J.;Stuparu,A.;Huntington,M.D.;Mrksich,M.;Odom,T.W.“NanopatternedSubstratesincrease
SurfaceSensitivityforReal-timeBiosensing,”J.Phys.Chem.C2013,117,5286.DOI:
10.1021/jp401598a
95.
Dam,D.H.M.;Culver,K.B.;Sisco,P.N.;Odom,T.W.“ShiningLightonNuclear-targetedTherapyusing
GoldNanostarConstructs,”TherapeuticDelivery(Spotlight)2012,3,1263.DOI:10.4155/tde.12.107
[PMCID:PMC3632341]
94.
Suh,J.Y.;Kim,C.H.;Zhou,W.;Huntington,M.D.;Co,D.T.;Wasielewski,M.R.;Odom,T.W.
“PlasmonicBowtieNanolaserArrays,”NanoLett.2012,12,5769.DOI:10.1021/nl303086r.
[HighlightedinNorthwesternUniversityNews(laserthesizeofavirusparticle)andothermedia
sources]
93.
Blaber,M.G.;Engel,C.J.;Vivekchand,S.R.C.;Lubin,S.M.;Odom,T.W.;Schatz,G.C.“EutecticLiquid
AlloysforPlasmonics:TheoryandExperiment,”NanoLett.2012,12,5275.DOI:10.1021/nl3025104
92.
Zhou,W.;Suh,J.Y.;Hua,Y.;Odom,T.W.“HybridizationofLocalizedandGuidedModesin2DMetalInsulator-MetalNanocavityArrays,”J.Phys.Chem.C2013,117,2541.DOI:10.1021/jp306972j
91.
Odom,T.W.;You,E.;Sweeney,C.M.“Multi-scalePlasmonicNanoparticlesandtheInverse
Problem,”J.Phys.Chem.Lett.2012,3,2611.DOI:10.1021/jz300886z[PMCID:PMC3467152]
[InvitedPerspective].[CoverArticle].
90.
Lubin,S.M.;Zhou,W.;Hryn,A.J.;Huntington,M.D.;Odom,T.W.“HighRotationalSymmetryLattices
FabricatedbyMoiréNanolithography,”NanoLett.2012,12,4948.DOI:10.1021/nl302535p
[HighlightedinNanotechWeb.orghttp://nanotechweb.org/cws/article/tech/50712].
89.
Odom,T.W.“PrintableStainedGlass,”NatureNanotech.2012,7,550.DOI:
10.1038/nnano.2012.135
88.
Vivekchand,S.R.C.;Engel,C.J.;Lubin,S.M.;Blaber,M.G.;Zhou,W.;Suh,J.Y.;Schatz,G.C.;Odom,
T.W.“LiquidPlasmonics:ManipulatingSurfacePlasmonPolaritonsviaPhaseTransitions,”Nano
Lett.2012,12,4324.DOI:10.1021/nl302053g[HighlightedinChemistryWorld]
CV:TeriW.Odom(April2017)
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87.
Hua,Y.;Zhou,W.;Suh,J.Y.;Huntington,M.D.;Odom,T.W.“TheTalbotEffectBeyondtheParaxial
LimitatOpticalFrequencies,”Opt.Express.2012,20,14284.DOI:10.1364/OE.20.014284[PMCID:
PMC3482921]
86.
Zhou,W.;Hua,Y.;Huntington,M.D.;Odom,T.W.“DelocalizedLatticePlasmonResonancesShow
DispersiveQualityFactors,”J.Phys.Chem.Lett.2012,3,1381.DOI:10.1021/jz300318v
85.
Dam,D.H.M.;Lee,J.;Sisco,P.;Co,D.;Zhang,M.;Wasielewski,M.R.;Odom,T.W.“Direct
ObservationofNanoparticle-CancerCellNucleusInteractions,”ACSNano2012,6,3318.DOI:
10.1021/nn300296p[PMCID:PMC3337354].[HighlightedinC&ENews,2April2012,90,25,and
NorthwesternUniversityNews(tinyhitchhikers)]
84.
Odom,T.W.;Huntington,M.D.“BenchtopPhotolithographyTooloffersaLow-costRouteto
Nanomanufacturing,”SPIENewsroom2012,28February2012,DOI:10.1117/2.1201202.004132.
83.
Kichin,G.;Weiss,T.;Gao,H.;Henzie,J.;Odom,T.W.;Tikhodeev,S.G.;Giessen,H.“Metal-dielectric
PhotonicCrystalSuperlattice:1Dand2DModelsandEmptyLatticeApproximation,”PhysicaB:
CondensedMatter2012,407,4037.DOI:10.1016/j.physb.2012.01.128.
82.
You,E.;Zhou,W.;Suh,J.Y.;Huntington,M.D.“Polarization-DependentMultipolarPlasmon
ResonancesinAnisotropicMultiscaleAuParticles,”ACSNano2012,6,1786.DOI:
10.1021/nn204845z[PMCID:PMC3289737]
81.
Suh,J.Y.;Huntington,M.D.;Kim,C.-H.;Zhou,W.;Wasielewski,M.R.;Odom,T.W.“Extraordinary
NonlinearAbsorptionin3DBowtieNanoantennas,”NanoLett.2012,12,269.DOI:
10.1021/nl2034915[PMCID:PMC3256284]
80.
Li,S.Q.;Guo,P.;Zhang,L.;Zhou,W.;Odom,T.W.;Seideman,T.;Ketterson,J.B.;Chang,R.P.H.
“InfraredPlasmonicswithIndium-Tin-OxideNanorodArrays,”ACSNano2011,5,9161.DOI:
10.1021/nn203406f
79.
Huntington,M.D.;Odom,T.W.“APortable,BenchtopPhotolithographySystembasedona¬Solid
StateLightSource,”Small2011,7,3144.DOI:10.1002/smll.201101209[CoverArticle]
78.
Sweeney,C.M.;Nehl,C.;Hasan,W.;Liang,T.;Eckermann,A.;Meade,T.J.;Odom,T.W.“AThreeChannelSpectrometerforWide-FieldImagingofAnisotropicPlasmonicNanoparticles,”J.Phys.
Chem.C2011,115,15933.DOI:10.1021/jp206157v[PMCID:PMC3171732]
77.
Odom,T.W.;Schatz,G.C.“IntroductiontoPlasmonics,”Chem.Rev.2011,111,3667.DOI:
10.1021/cr2001349
76.
Sweeney,C.M.;Stender,C.L.;Nehl,C.;Hasan,W.;Shuford,K.L.;Odom,T.W.“OpticalPropertiesof
TiplessPyramids,”Small2011,7,2032.DOI:10.1002/smll.201100758[PMCID:PMC3632636]
75.
Zhou,W.;Odom,T.W.“TunableSubradiantLatticePlasmonsbyOut-of-PlaneDipolarInteractions,”
NatureNanotech20116,423.DOI:10.1038/nnano.2011.72
74.
Stoerzinger,K.A.;Lin,J.Y.;Odom,T.W.“NanoparticleSERSSubstrateswith3DRaman-Active
Volumes,”ChemicalScience2011,2,1435.DOI:10.1039/C1SC00125F
73.
Chia,M.;Sweeney,C.M.;Odom,T.W.“ChemistryinMicrofluidicChannels,”J.Chem.Educ.2011,88
461.DOI:10.1021/ed1008624[CoverArticleinApril2011.]
CV:TeriW.Odom(April2017)
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72.
Lee,M.H.;Huntington,M.D.;Zhou,W.;Yang,J.-C.;Odom,T.W.“ProgrammableSoftLithography:
Solvent-AssistedNanoscaleEmbossing,”NanoLett.2011,11,311.DOI:10.1021/nl102206x
[HighlightedinC&ENews,16August2010,88,41.andNorthwesternUniversityNews(shrink
dinksnanopatterning)][CoverArticleinNanoLett.February2011]
71.
Gao,H.;Lee,M.H.;Hyun,J.K.;Yang,J.-C.;Lauhon,L.J.;Odom,T.W.“BroadbandPlasmonic
MicrolensesbasedonNanoholesinArbitraryLattices,”NanoLett.2010,10,4111.DOI:
10.1021/nl1022892[PMCID:PMC2955180][Highlightedinnanotechweb.org].
70.
Yang,J.-C.;Gao,H.;Suh,J.Y.;Zhou,W.;Lee,M.H.;Odom,T.W.“EnhancedOpticalTransmission
MediatedbyLocalizedPlasmonsinAnisotropic,3DNanoholeArrays,”NanoLett.2010,10,3173.
DOI:10.1021/nl102078j[PMCID:PMC2921222][Highlightedinnanotechweb.org].
69.
Gao,H.;Yang,J.-C.;Lin,J.Y.;Stuparu,A.;Lee,M.H.;Mrksich,M.;Odom,T.W.“UsingtheAngleDependentResonancesofMoldedPlasmonicCrystalstoImprovetheSensitivitiesofBiosensors,”
NanoLett.2010,10,2549.DOI:10.1021/nl101165r[Highlightedinnanotechweb.org].
68.
Lee,M.H.;Lin,J.Y.;Odom,T.W.“Large-areaNanocontactPrintingusingNanostencilMasks,”
Angew.Chemie2010,49,3057.DOI:10.1002/anie.200906800
67.
Li,P.;Stender,C.L.;Ringe,E.;Marks,L.D.;Odom,T.W.“SynthesisofTaS2NanotubesfromTa2O5
NanotubeTemplates,”Small2010,6,1096.DOI:10.1002/smll.201000226
66.
Stoerzinger,K.A.;Hasan,W.;Lin,J.Y.;Robles,A.;Odom,T.W.“ScreeningNanopyramidAssemblies
toOptimizeSurfaceEnhancedRamanScattering,”J.Phys.Chem.Lett.2010,1,1046.DOI:
10.1021/jz100095b
65.
Zhou,W.;Gao,H.;Odom,T.W.“TowardBroadbandPlasmonics:TuningDispersioninRhombic
PlasmonicCrystals,”ACSNano2010,4,1241.DOI:10.1021/nn901590p[Highlightedin
nanotechweb.org].
64.
Lin,J.;Hasan,W.;Yang,J.-C.;Odom,T.W.“OpticalPropertiesofNestedPyramidalNanoshells,”J.
Phys.Chem.C2010,114,7432.DOI:10.1021/jp910627r[PMCID:PMC2812899].
63.
Odom,T.W.“MaterialsScreeningandApplicationsofPlasmonicCrystals,”MRSBulletin,2010,35,
66.
62.
Gao,H.;Zhou,W.;Odom,T.W.“PlasmonicCrystals:APlatformtoCatalogResonancesfrom
UltraviolettoNear-infraredWavelengthsinaPlasmonicLibrary,”Adv.Func.Mater.2010,20,523.
DOI:10.1002/adfm.200901623.[InsideCover]
61.
Odom,T.W.;Gao,H.;McMahon,J.M.;Henzie,J.;Schatz,G.C.“PlasmonicSuperlattices:Hierarchical
SubwavelengthHoleArrays,”Chem.Phys.Lett.2009,483,187.DOI:
10.1016/j.cplett.2009.10.084[CoverArticle].
60.
You,E.;Ahn,R.;Lee,M.H.;Raja,M.R.;O’Halloran,T.;Odom,T.W.“SizeControlofArsenicTrioxide
NanocrystalsGrowninNanowells,”J.Am.Chem.Soc.2009,131,1086.DOI:10.1021/ja902117b
[PMCID:PMC3086295]
59.
Barton,J.;Stender,C.L.;Li.P.;Odom,T.W.“StructuralControlofAnodizedTa2O5Nanotubes,”J.
Mater.Chem.2009,19,4896.DOI:10.1039/b904964a
CV:TeriW.Odom(April2017)
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58.
Lee,M.H.;Gao,H.;Odom,T.W.“RefractiveIndexSensingusingQuasi-1DNanoslitArrays,”Nano
Lett.2009,9,2584.DOI:10.1021/nl900773m[Highlightedinnanotechweb.org]
57.
Babayan,Y.;McMahon,J.M.;Li,S.;Gray,S.K.;Schatz,G.C.;Odom,T.W.“ConfiningStandingWaves
inOpticalCorrals,”ACSNano,2009,3,615.DOI:10.1021/nn8008596[HighlightedinACSNano
Perspective[2009,3,488]].
56.
Hasan,W.;Stender,C.L.;Lee,M.H.;Nehl,C.L.;Lee,J.;Odom,T.W.“TailoringtheStructureof
NanopyramidsforOpticalHeatGeneration,”NanoLett.2009,9,1555.DOI:10.1021/nl803647n
[PMCID:PMC2668542].[Highlightedinnanotechweb.org].
55.
Gao,H.;McMahon,J.;Lee,M.H.;Henzie,J.;Gray,S.K.;Schatz,G.C.;Odom,T.W.“RayleighAnomalySurfacePlasmonPolaritonResonancesinPalladiumandGoldSubwavelengthHoleArrays,”Optics
Express,2009,17,2334.
54.
Sweeney,C.M.;Hasan,W.;Nehl,C.L.;Odom,T.W.“OpticalPropertiesofAnisotropicCore-Shell
PyramidalParticles,”J.Phys.Chem.A,2009,113,4265.DOI:10.1021/jp810837u[PMCID:
PMC2670351]
53.
Lee,J.;Hasan,W.;Odom,T.W.“TuningtheThicknessandOrientationofSingleAuPyramidsfor
ImprovedRefractiveIndexSensitivities,”J.Phys.Chem.C,2009,113,2205.DOI:10.1021/jp8111155
[PMCID:PMC2664166]
52.
Odom,T.W.;Pileni,M.P.“GuestEditorial:Nanoscience,”Acc.Chem.Res.,2008,41,1565.DOI:
10.1021/ar800253n
51.
Gao,H.;Henzie,J.;Lee,M.H.;Odom,T.W.“ScreeningPlasmonicMaterialsusingPyramidal
Gratings,”PNAS,2008,105,20146.DOI:10.1073/pnas.0809034105[PMCID:PMC2629303]
50.
Henzie,J.;Lee,J.;Lee,M.H.;Hasan,W.;Odom,T.W.“NanofabricationofPlasmonicStructures,”
AnnualRev.ofPhysicalChemistry,2009,60,147.DOI:10.1146/annurev.physchem.040808.090352.
[Invitedarticle].
49.
Lee,J.;Hasan,W.;Stender,C.;Odom,T.W.“Pyramids:APlatformforDesigningMultifunctional
PlasmonicParticles,”Acc.Chem.Res.(SpecialIssueonNanoscience),2008,41,1762.DOI:
10.1021/ar800126p
48.
Stender,C.L.;Odom,T.W.“SolidStateChemistryonaSurfaceandinaBeaker:Unconventional
RoutestoTransitionMetalChalcogenideNanomaterials,”J.ofSolidStateChemistry,2008,181
1621.DOI:10.1016/j.jssc.2008.06.004[SpecialIssueonSolidStateChemistryontheNanoscale:
Achievements,Challenges,andOpportunities].
47.
Odom,T.W.;Nehl,C.L.“HowGoldNanoparticlesHaveStayedintheLight:The3MsPrinciple,”ACS
Nano,2008,2,616.DOI:10.1021/nn800178z.[InvitedPerspectivearticle].
46.
Shuford,K.;Lee,J.;Odom,T.W.;Schatz,G.C.“OpticalPropertiesofGoldPyramidalShells,”J.Phys.
Chem.C,2008,112,6662.DOI:10.1021/jp8004844
45.
Wang,L.;Lee,M.H.;Barton,J.E.;Hughes,L.D.;Odom,T.W.“Shape-controlofProteinCrystalsin
PatternedMicrowells,”J.Am.Chem.Soc.2008,130,2142.DOI:10.1021/ja077956v
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44.
McMahon,J.;Henzie,J.;Odom,T.W.;Schatz,G.C.;Gray,S.K.“TailoringtheSensingCapabilitiesof
NanoholeArraysinGoldFilmswithWood'sAnomaly-SurfacePlasmonPolaritons,”OpticsExpress
2007,15,18119.
43.
Lee,J.;Hasan,W.;Lee,M.H.;Odom,T.W.“OpticalPropertiesandMagneticManipulationofBiMaterialNanopyramids,”Adv.Mater.2007,19,4387.DOI:10.1002/adma.200701505
42.
Lee,M.H.;Henzie,J.;Gao,H.;Odom,T.W.“MicroscaleArraysofNanoscaleHoles,”Small2007,3,
2029.DOI:10.1002/smll.200700499[Inmostaccessedarticles4/2007-3/2008].
41.
Hasan,W.;Lee,J.;Henzie,J.;Odom,T.W.“SelectiveFunctionalizationandSpectralIdentificationof
GoldNanopyramids,”J.ofPhys.Chem.C2007,111,17176.DOI:10.1021/jp709607s
40.
Henzie,J.;Lee,M.H.;Odom,T.W.“MultiscalePatterningofPlasmonicMetamaterials,”Nature
Nanotech.2007,2,549.DOI:10.1038/nnano.2007.252.[CoverArticle].SeealsoeditorialinNature
Nanotech.[2007,2,521.DOI:10.1038/nnano.2007.273],NSFPressRelease,andEditor’sChoice
HighlightsoftheRecentLiterature[Science2007,318,21.DOI:10.1126/science.318.5847.21a]
39.
Visawanathan,M.;Babayan,Y.;Odom,T.W.“BenchtopNanoscalePatterningusingSoft
Lithography,”J.Chem.Educ.2007,84,1795.
38.
Stender,C.L.;Odom,T.W.“ChemicalNanofabrication:AGeneralRoutetoSurface-Patternedand
Free-standingTransitionMetalChalcogenideNanostructures,”J.Mater.Chem.2007,17,1866.
DOI:10.1039/B617714J[InsideCover].[InvitedarticleforspecialissueonEmergingInvestigators
inMaterialsChemistry].
37.
Price,S.P.;Henzie,J.;Odom,T.W.“Addressable,Large-areaNanoscaleOrganicLightEmitting
Diodes,”Small2007,3,372.DOI:10.1002/smll.200600628
36.
Gu,Y.;Romankiewicz,J.P.;David,J.K.;Lensch,J.L.;Kwak,E.S.;Odom,T.W.;Lauhon,L.J.“Local
PhotocurrentMappingasaProbeofContactEffectsandChargeCarrierTransportinSemiconductor
NanowireDevices,”J.Vac.Sci.Technol.B2006,24,2172.DOI:10.1116/1.2216717
35.
Gao,H.;Henzie,J.;Odom,T.W.“DirectEvidenceforSurfacePlasmon-MediatedEnhanced
TransmissionthroughMetallicNanoholeArrays,”NanoLetters2006,6,2104.
DOI:10.1021/nl061670r
34.
Henzie,J.;Shuford,K.L.;Kwak,E.S.;Schatz,G.C.;Odom,T.W.“ManipulatingtheOpticalProperties
ofPyramidalNanoparticleArrays,”J.ofPhys.Chem.B2006,110,14028.DOI:10.1021/jp063226i
33.
Henzie,J.;Barton,J.E.;Stender,C.L.;Odom,T.W.“Large-areaNanoscalePatterning:Chemistry
meetsFabrication,”Accts.ofChem.Res.2006,39,249.DOI:10.1021/ar050013n[Top12accessed
articlesin2006].
32.
Greyson,E.C.;Barton,J.E.;Odom,T.W.“TetrahedralZincBlendeTinSulfideNano-and
Microcrystals,”Small2006,2,368.DOI:10.1002/smll.200500460
31.
Stender,C.;Greyson,E.C.;Babayan,Y.;Odom,T.W.“PatternedMoS2-PatternedNanostructures
overcm2-Areas,”Adv.Mater.2005,17,2837.DOI:10.1002/adma.200500856
30.
Kwak,E.S.;Henzie,J.;Chang,S.T.;Gray,S.K.;Schatz,G.S.;Odom,T.W.“SurfacePlasmonPolariton
WavesinLarge-areaSubwavelengthHoleArrays,”NanoLetters2005,5,1963.DOI:
10.1021/nl051339s
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29.
Odom,T.W.;Henzie,J.;Babayan,Y.;Greyson,E.;Kwak,E.“OpticalPropertiesofSurfacePatterned
Nanostuctures,”Talanta2005,67,507.DOI:10.1016/j.talanta.2005.06.024
28.
Gu,Y.;Kwak,E.S.;Lensch,J.L.;Allen,J.E.;Odom,T.W.;Lauhon,L.J.“Near-fieldScanning
PhotocurrentMicroscopyofaNanowirePhotodetector,”App.Phys.Lett.2005,87,043111.DOI:
10.1063/1.1996851CoverFigure.
27.
Henzie,J.;Kwak,E.S.;Odom,T.W.“MesoscaleMetallicPyramidswithNanoscaleTips,”NanoLett.
2005,5,1199.DOI:10.1021/nl0506148
26.
Odom,T.W.“TheNano-MicroInterface:BridgingMicroandNanoWorlds.EditedbyHans-Jörg
FechtandMatthiasWerner,”Small2005,1,462.DOI:10.1002/smll.200400161
25.
Sekar,P.;Greyson,E.C.;Barton,J.E.;Odom,T.W.“SynthesisofNanoscaleNbSe2Materialsfrom
MolecularPrecursors,”JACS2005,127,2054.DOI:10.1021/ja0428006
24.
Damean,N.;Parviz,B.A.;Lee,J.N.;Odom,T.W.;Whitesides,G.M.“CompositeFerromagnetic
PhotoresistfortheFabricationofMicroElectroMechanicalSystems,”J.ofMicromechanicsand
Microengineering,2005,15,29-34.DOI:10.1088/0960-1317/15/1/005
23.
Greyson,E.C.;Babayan,Y.;Odom,T.W.“DirectedGrowthofOrderedArraysofSmall-DiameterZnO
Nanowires,”Adv.Mater.2004,16,1348.DOI:10.1002/adma.200400765
22.
Babayan,Y.;Barton,J.E.;Greyson,E.C.;Odom,T.W.“TemplatedandHierarchicalAssemblyof
CdSe/ZnSQuantumDots,”Adv.Mater.2004,16,1341.DOI:10.1002/adma.200400764
21.
Barton,J.;Odom,T.W.“Mass-limitedGrowthinZeptoliterBeakers:AGeneralApproachfor
NanocrystalSynthesis,”NanoLett.2004,4,1525.DOI:10.1021/nl049151g[SeealsoNature
MaterialsonlineNanoZone—15July2004]
PostdoctoralPublications
20. Wu,H.;Odom,T.W.;Chiu,D.T.;Whitesides,G.M.“FabricationofComplexThree-Dimensional
MicrochannelSystemsinPDMS,”JACS2003,125,554.
19. Odom,T.W.;Thalladi,V.R.;Love,J.C.;Whitesides,G.M.“Generationof30-50nmStructuresusing
EasilyFabricated,CompositePDMSMasks,”JACS2002,124,12112.
18. Wu,H.;Odom,T.W.;Whitesides,G.M.“GenerationofChromeMaskswithMicrometerFeatures
usingMicrolensArrayLithography,”Adv.Mat.2002,14,1213.
17. Wu,H.;Odom,T.W.;Whitesides,G.M.“ReductionPhotolithographyusingMicrolensArrays:
ApplicationsinGrayscalePhotolithography,”Anal.Chem.2002,74,3267.
16. Wu,H.;Odom,T.W.;Whitesides,G.M.“ConnectivityofFeaturesinMicrolensArray
Photolithography:GenerationofVariousPatternswithaSinglePhotomask,”JACS2002,124,7288.
15. Odom,T.W.;Love,J.C.;Wolfe,D.B.;Paul,K.E.;Whitesides,G.M.“ImprovedPatternTransferinSoft
LithographyusingCompositeStamps,”Langmuir,2002,18,5314.
PredoctoralPublications
14. Odom,T.W.;Huang,J.L.;Lieber,C.M.“Single-walledCarbonNanotubes—fromFundamentalStudies
toNewDeviceConcepts,”Ann.NYAcad.Sci.2002,960,203.
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13. Odom,T.W.“ElectronicPropertiesofSingle-walledCarbonNanotubes,”Aust.J.ofChem.2002,54,
601.SeealsoC&ENews—20August2001.
12. Odom,T.W.;Huang,J.L.;Lieber,C.M.(invitedTopicalReview)“STMStudiesofSingle-walledCarbon
Nanotubes,”J.Phys.:Cond.Matter2002,14,R145.
11. Odom,T.W.;Hafner,J.H.;Lieber,C.M.“ScanningProbeMicroscopyStudiesofCarbonNanotubes”in
TopicsinAppliedPhysics,Vol.80,M.S.Dresselhaus,G.Dresselhaus,P.Avouris,eds.(Springer-Verlag,
2001).BookChapter.
10. Odom,T.W.;Huang,J.L.;Lieber,C.M.“MagneticClustersonSingle-walledCarbonNanotubes:The
KondoEffectinaOne-dimensionalHost,”Science2000,290,1549.
9.
Kim,P.;Odom,T.W.;Huang,J.L.;Lieber,C.M.“STMStudyofSingle-walledCarbonNanotubes,”
Carbon38,1741(2000).
8.
Cheung,C.L.;Hafner,J.H.;Odom,T.W.;Kim,K.;Lieber,C.M.“GrowthandFabricationwithSinglewalledCarbonNanotubeProbes,”Appl.Phys.Lett.2000,76,3136.
7.
Odom,T.W.;Huang,J.L.;Kim,P.;Lieber,C.M.“StructureandElectronicPropertiesofCarbon
Nanotubes,”J.Phys.Chem.B2000,104,2794.
6.
Kim,P.;Odom,T.W.;Lieber,C.M.“ElectronicPropertiesofNovelMaterials:ElectronicStructuresand
ApplicationsofCarbonNanotubes,”AIPConferenceProceedings1999,486.
5.
Kim,P.;Odom,T.W.;Huang,J.L.;Lieber,C.M.“ElectronicDensityofStatesofAtomicallyResolved
SingleWalledCarbonNanotubes,”Phys.Rev.Lett.1999,82,1225.
4.
Hu,J.;Odom,T.W.;Lieber,C.M.“ChemistryandPhysicsinOne-Dimension:SynthesisandProperties
ofNanowiresandNanotubes,”Acc.Chem.Res.1999,32,435.
3.
Wong,S.S.;Woolley,A.T.;Odom,T.W.;Huang,J.L.;Kim,P.;Vezenov,D.V.;Lieber,C.M.“SinglewalledCarbonNanotubeProbesforHigh-resolutionImaging,”Appl.Phys.Lett.1998,73,3465.
2.
Odom,T.W.;Huang,J.L.;Kim,P.;Ouyang,M.;Lieber,C.M.“ScanningTunnelingMicroscopyand
SpectroscopyStudiesofSingleWallCarbonNanotubes,”J.Mater.Res.199813,59.
1.
Odom,T.W.;Huang,J.L.;Kim,P.;Lieber,C.M.“AtomicStructureandElectronicPropertiesofSinglewalledCarbonNanotubes,”Nature1998,391,62.
NorthwesternBookChapters
9.
Engel,C.;Odom,T.W.“ShrinkableandStretchableNanomanufacturing,”Encyclopediaof
Nanotechnology,Bhushan,B.Ed.,Springer,2015,p.1-8.DOI:10.1007/978-94-007-6178-0_1009241
8.
Zhou,W.;Suh,J.Y.;Odom,T.W.“NovelFabricationMethodsforOpticalAntennas,”Optical
Antennas,Agio,M.;Alù,A.Eds.,CambridgeUniversityPress,2013.ISBN:9781107014145.
7.
Lin,J.Y.;Chan,J.-C.;Gao,H.;Odom,T.W.“SurfacePlasmonBiosensingwith3DPlasmonicCrystals,”
PlasmonicsandPlasmonicMetamaterials:AnalysisandApplications,Shvets,G.;Tsukerman,I.,Eds.,
WorldScientificPublishers,2011.ISBN-10:9814355275[Coverimage]
CV:TeriW.Odom(April2017)
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6.
Odom,T.W.;Flory,M.“NanotechnologyandEthics,”TheSocialScale:Nanotechnologyandthe
WeightofJustice,editors:LaurieZolothandMartaFlory,submitted.
5.
Babayan,Y.;Visawanathan,M;Odom,T.W.“BenchtopNanoscalePatterningExperiments,”ACS
NanotechnologyinUndergraduateEducation,Pacheco,K.O.,Ed.2009,p.177-188(Chapter13).
ChapterDOI:10.1021/bk-2009-1010.ch013
4.
Gao,H.;Odom,T.W.“Near-fieldScanningOpticalMicroscopyofNanoholeArrays.”InNano-optics
andNear-fieldMicroscopy,Richards,D.;Zayats,A.,Eds.ArtechPublishers,2008,p.165-184
(Chapter8).
3.
Henzie,J.;Lee,M.H.;Odom,T.W.“MultiscaleFabricationofPlasmonicNanostructures.”In
UnconventionalNanopatterningandApplications,Rogers,J.A.;Lee,H.H.,Eds.2009,p.515-538
(Chapter19).
2.
Lee,J.;Henzie,J.;Odom,T.W.“ManipulatingtheOpticalPropertiesofIndividualandArraysofGold
Nanopyramids.”InNanostructuresinElectronicsandPhotonics,Rahman,F.,Ed.WorldScientific
PublishingCompany,2008,p.193-208(Chapter11).
1.
Odom,T.W.“Research-BasedCoursesinNanotechnologyforUndergraduatesandNanoscience
ModulesforHighSchoolandCommunityCollegeStudents.”InNanoscaleScienceandEngineering
Education,Sweeney,A.E.;Seal,S.,Eds.AmericanScientificPublishers:StevensonRanch,2008,p.
111-131(Chapter7).
OP-EDS
1. “LightTechnologiesIlluminateGlobalChallenges,”TheConversation,13January2015.Syndicatedin
“HowInvestinginLightTechnologiescanChangeOurWorld,”Longitudes,18February2015.
http://longitudes.ups.com/author/teri-odom/
2. “CheatinginSchoolsisRampantbutthereisanEasyFix,”WashingtonPost,13March2015.Syndicated
inhttp://www.winnipegfreepress.com/opinion/analysis/Cheating-a-problem-and-so-is-learning--296251151.htmlandhttp://www.nhregister.com/opinion/20150315/another-view-to-stop-cheating-inschools-ditch-the-test
3. “WhyAlteringthePowderedDonutsatDunkin'DonutsIsBadforInnovation,”HuffingtonPost,1April
2015.AlsoinNorthwesternNewsStoriesOpinion,1April2015.
4. “HowtoRemoveBiasfromPeerReview,”TheChronicleofHigherEducation,7May2015.Alsoin
NorthwesternNewsStoriesOpinion,8May2015.
5. “ScientistsMakeBetterLeaders:UsingIdeasfortheCommonGood,”HuffingtonPost,24June2015.
AlsoinNorthwesternNewsStoriesOpinion,25June2015.
PATENTS
1. Odom,T.W.;Henzie,J.;Kwak,E.S.“MesoscalePyramids,Arrays,andMethodofPreparation”(US
Patentno.7,999,353)—issued16August2011
2. Odom,T.W.;Henzie,J.;Kwak,E.S.;Lee,M.H.“MesoscalePyramids,Arrays,andMethodofPreparation”
(USPatentno.8,048,789)—issued1November2011
3. Odom,T.W.;Lee,M.H.;Huntington,M.D.“ProgrammableSoftLithography:Solvent-AssistedNanoscale
Embossing”(USPatentApplicationno.13/135,910)—filed18July2011
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4. Odom,T.W.;Lee,J.H.;Dam,Duncan.“Aptamer-loaded,BiocompatibleNanoconstructsforNucleartargetedCancerTherapy”(USProvisionalApplicationno.61/556,663)—filed7November2011
5. Odom,T.W.;Huntington,M.D.“PhotolithographySystemUsingaSolidStateLightSource”(USPatent
Applicationno.13/374,262)—filed19December2011
6. Odom,T.W.;Zhou,W.“Band-edgeLatticePlasmonLasersbasedonStronglyCoupledNanocavity
Arrays”(USProvisionalApplicationno.61/835,304)—filed14June2013
INVITEDPRESENTATIONS
ResearchPresentations:320todate,65international
UniversityColloquiaandSeminars(128)
128. NCStateUniversity(Physics),Raleigh,NC.“TBD,”November13,2017.
127. UniversityofMassachusettsGraduateStudentsforDiversityinScienceandEngineering(GSDSE),
Amherst,MA.“TBD,”November9-10,2017.
126. UniversityofWashington(AnalyticalChemistry),Seattle,WA.“TBD,”October15,2017.
125. Caltech(ChemicalPhysics),Pasadena,CA.“TBD,”September19,2017.
124. UniversityofIllinoisChampaign(MechanicalEngineering),Champaign,IL.“TBD,”May2,2017.
123. NotreDameIMPACTLecture(Chemistry),SouthBend,IN.“GoldNanostarsasProbesforImagingand
Therapeutics,”April6,2017.
122. GeorgiaStateUniversity(Chemistry),“GoldNanostarsasProbesforImagingandTherapeutics,”
March31,2017.
121. MichiganTech(Physics),Houghton,MI.“RichOpticsfromSeeminglySimpleSystems:Nanoparticle
Arrays,”March23,2017.
120. Caltech(MaterialsScience),Pasadena,CA.“RichOpticsfromSeeminglySimpleSystems:
NanoparticleArrays,”March8,2017.
119. UniversityofTexas,A&M(Chemistry),“SqueezingLightintoSmallSpaces,”November1,2016.
118. UCF/CREOL,“SqueezingLightintoSmallSpaces,”October27,2016.
117. MassachusettsInstituteofTechnology(ChemicalBiology),Cambridge,MA.“GoldNanostarsas
ProbesforImagingandTherapeutics,”October17,2016.
116. UniversityofNewMexico,Albuquerque,NM.“SqueezingLightintoSmallSpaces,”September23,
2016.[DistinguishedSeminarSeries]
115. UniversityofPennsylvania(MaterialsScience),Philadelphia,PA.“GoldNanostarsasProbesfor
ImagingandTherapeutics,”September15,2016.
114. UniversityofHouston(ElectricalandComputerEngineering),Houston,TX.“FollowtheNano-brick
Road,”April29,2016.
113. MichiganStateUniversity(Chemistry),EastLansing,MI.“GoldNanostarsasProbesforImagingand
Therapeutics,”April18,2016.
112. UniversityofFlorida(MaterialsScience),Gainesville,FL.“SqueezingLightintoSmallSpaces,”April
12,2016.
CV:TeriW.Odom(April2017)
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111. PurdueUniversity(Chemistry),Lafayette,IN.“GoldNanostarsasProbesforImagingand
Therapeutics,”October28,2015.
110. OregonStateUniversity(Chemistry),Corvalis,OR.“GoldNanostarsasProbesforImagingand
Therapeutics,”October14,2015.
109. NorthwesternUniversity,SPIE,Evanston,IL.“Light-MatterInteractionsinPlasmonicNanocavities,”
May28,2015.[Studentsponsoredseminar]
108. UniversityofSouthernCalifornia(Chemistry),LosAngeles,CA.“GoldNanostarProbesforImaging
andTherapeutics,”April24,2015.
107. UniversityofSouthernCalifornia(MaterialsScienceandEngineering),LosAngeles,CA.“Light-Matter
InteractionsinPlasmonicNanocavities,”April23,2015.[DistinguishedLectureSeries]
106. UniversityofArkansas,Fayetteville,AR.“GoldNanostarProbesforImagingandTherapeutics,”April
13,2015.
105. DowChemicalCompany,Midland,MI.“HierarchicalNanomanufacturing,”April7,2015.
104. GettysburgCollege,Gettysburg,PA.“GoldNanostarsasProbesforImagingandTherapeutics,”
March31-April1,2015.
103. ColumbiaUniversity(Chemistry),NewYork,NY.“GoldNanostarsasProbesforImagingand
Therapeutics,”February19,2015.[StudentSponsoredSeminar]
102. UniversityofSouthCarolina,Columbia,SC.“GoldNanostarsasProbesforImagingand
Therapeutics,”February13,2015.
101. OklahomaStateUniversity,Tulsa,OK.“GoldNanostarsasProbesforImagingandTherapeutics,”
November6,2014.
100. UniversityofNebraska,Lincoln,NE.“GoldNanostarsasProbesforImagingandTherapeutics,”
October24,2014.
99. UniversityofToronto,Toronto,Canada.“GoldNanostarsasProbesforImagingandTherapeutics,”
October21,2014.
98. IllinoisStateUniversity,Normal,IL.“GoldNanostarsasProbesforImagingandTherapeutics,”
September19,2014.
97. BioNanotechnologySummerInstitute2014,UIUC,Champaign,IL.“GoldNanostarsasTiny
HitchhikersforCancerTherapeutics,”July29,2014.
96. ICFO,Barcelona,Spain.“EnhancedLight-MatterInteractionsinStronglyCoupledNanoparticle
Arrays,”June25,2014.[cancelledbecauseofflightissues]
95. GeorgiaTech(ChemicalandBioengineering),Atlanta,GA.“MakingPreciousMetalsMorePrecious,”
May21,2014.
94. UniversityofCaliforniaatSantaBarbara(Chemistry),SantaBarbara,CA.“GoldNanostarsasTiny
HitchhikersforCancerTherapeutics,”May15,2014.[DOWDistinguishedLecturer]
93. LehighUniversity(Chemistry),Bethlehem,PA.“GoldNanostarsasTinyHitchhikersforCancer
Therapeutics,”April9,2014.
92. FloridaStateUniversity(Chemistry),Tallahassee,FL.“GoldNanostarsasTinyHitchhikersforCancer
Therapeutics,”December6,2013.
91. MassachusettsInstituteofTechnology(MaterialsScience),Cambridge,MA.“EnhancedLight-Matter
InteractionsinUnconventionalNanocavities,”November21,2013.
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90. NorthwesternUniversity(CancerCenter),Chicago,IL.“NanoBootCampforClinicians,”November1,
2013.
89. ChalmersUniversity(AppliedPhysics),Gothenburg,Sweden.“NanolaserstheSizeofVirusParticles,”
May23,2013.
88. UniversityofCalifornia(Chemistry),Berkeley,CA.“DaltonAwardLecture,”May10,2013.
87. StanfordUniversity(MaterialsScienceandEngineering),Stanford,CA.“Nanolaserswith
UnconventionalCavityArchitectures,”May3,2013.
86. GeorgiaTech(Chemistry),Atlanta,GA.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”
April18,2013.
85. UniversityofTexasatAustin(CenterforNanomaterials),Austin,TX.“NanolaserstheSizeofVirus
Particles,”March27,2013.
84. UniversityofRochester(Chemistry),Rochester,NY.“GoldNanostarsasTinyHitchhikersforCancer
Therapeutics,”March20,2013.
83. HopeCollege(Chemistry),Holland,MI.“GoldNanostarsasTinyHitchhikersforCancer
Therapeutics,”February1,2013.
82. CalvinCollege,GrandRapids,MI.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”
January31,2013.
81. RadcliffeInstituteofAdvancedStudy,HarvardUniversity,Cambridge,MA.“MakingPreciousMetals
morePrecious,”May7,2012.
80. UniversityofChicago(Chemistry),Chicago,IL.“PlasmonicWhiplash:Ultra-fastExcitationofMetal
NanoparticlesforDrugDeliveryandNanolasing,”March12,2012.
79. UniversityPierreandMarie,Paris,France.“TrappingLightinStronglyCoupledNanoparticleArrays
byDarkPlasmons,”January12,2012.
78. BostonUniversity(Chemistry),Boston,MA.“TrappingLightinStronglyCoupledNanoparticleArrays
byDarkPlasmons,”December2,2011.
77. UniversityofAkron(Chemistry),Akron,OH.“TrappingLightinStronglyCoupledNanoparticleArrays
byDarkPlasmons,”November29,2011.
76. UniversityofColorado(Physics),Boulder,CO.“Nanoplasmonics:NewWaystoTrapandSqueeze
LightinSubwavelengthVolumes,”November11,2011.
75. HarvardUniversity(Chemistry),Cambridge,MA.“AccessingtheDarkSideofPlasmonsthroughSANE
Lithography,”September8,2011.
74. ImperialCollege(Physics),London,UK.“TrappingLightinStronglyCoupledNanoparticleArraysby
DarkPlasmons,”July13,2011.
73. UniversityofPennsylvania,Philadelphia,PA.“AccessingtheDarkSideofPlasmonsthroughSANE
Lithography,”April21,2011.
72. SimonFraserUniversity(Chemistry),BC,Canada.“AllThingsPyramids:NewPlatformsforSensing,”
February23,2011.
71. UniversityofBritishColumbia(Chemistry),Vancouver,BC,Canada.“AllThingsPyramids:New
PlatformsforImagingandSensing,”February22,2011.
70. UniversityofVictoria(Chemistry),BC,Canada.“AllThingsPyramids:NewPlatformsforImagingand
Sensing,”February21,2011.
CV:TeriW.Odom(April2017)
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69. CarnegieMellonUniversity(MaterialsScience),Pittsburg,PA.“SuperlatticeandQuasi-3DPlasmonic
Crystals,”November12,2010.
68. UniversityofTexas,SanAntonio(Physics),SanAntonio.“Broadbandand3DPlasmonics:Holes
Redux,”November5,2010.
67. UniversityofBuffalo,SUNY(Chemistry),Buffalo,NY.“AllThingsPyramids:NewPlatformsforRealtimeSensingandImaging,”October22,2010.
66. IndianaUniversity(Chemistry),Bloomington,IN.“ConcentratingLightin3DusingAnisotropicGold
Nanopyramids,”May19,2010.
65. WesternWashingtonUniversity(MaterialsAfterDark),Bellingham,WA.“ConcentratingLightin3D
usingAnisotropicGoldNanopyramids,”May12,2010.
64. UniversityofMinnesota(Nano),TwinCities,MN.“ConcentratingLightin3DusingAnisotropicGold
Nanopyramids,”May3,2010.
63. BostonCollege(Chemistry),ChestnutHill,MA.“ConcentratingLightin3DusingAnisotropicGold
Nanopyramids,”April29,2010.
62. StevensInstituteofTechnology(Nano),Hoboken,NJ.“DesigningBroadbandPlasmonicCrystals,”
March3,2010.
61. PurdueUniversity(Chemistry),WestLafayette,IN.“DesignandAssemblyofMultifunctional
NanopyramidalShells,”February24,2010.
60. RensselaerPolytechnicInstitute(Physics),Troy,NY.“Superlatticeand3DPlasmonics,”February17,
2010.
59. SwarthmoreCollege(PhysicsandChemistry),Swarthmore,PA.“AllThingsPyramids:aNew
NanostructureShapeforDiagnosticsandTherapeutics,”November19,2009.
58. RiceUniversity(Chemistry),Houston,TX.“PyramidalShells:AMultifunctional,PlasmonicSystem,”
November4,2009.
57. NationalInstitutesofScienceandTechnology(NIST),Gaithersburg,MD.“BuildingaPlasmonic
Library:CreatingStandardsforPlasmonicMaterials,”October23,2009.
56. CornellUniversity(MaterialsScience),Ithaca,NY.“TowardBroadbandPlasmonics:TuningDispersion
inPlasmonicCrystals,”October8,2009.
55. CNSIUniversityofCaliforniaatLosAngeles,LosAngeles,CA.“MultifunctionalPlasmonic
Nanopyramids:OpportunitiesforBiomedicalApplications,”June2,2009.
54. CarolinaCenterofCancerNanotechnologyExcellence(CCNE),UniversityofNorthCarolina,Chapel
Hill,ChapelHill,NC.“DiagnosticsandTherapeuticsusingMultifunctionalNanopyramidProbes,”May
12,2009.
53. CaseWesternUniversity(Physics),Cleveland,OH.“ScreeningPlasmonicMaterialsusingPyramidal
Gratings,”April6,2009.
52. UniversityofTexasA&M(Chemistry),CollegeStation,TX.“NanoscalePyramids:AUniquePlatform
forCreatingMultifunctionalNanomaterials,”November4,2008.
51. UniversityofCaliforniaatRiverside(Chemistry),Riverside,CA.“Pyramids:AUniquePlatformfor
CreatingMultifunctionalNanomaterials,”October29,2008.
50. MIT(OpticsandQuantumElectronics),Cambridge,MA.“DesigningHierarchicalPlasmonic
Metamaterials,”October22,2008.
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49. PennStateUniversity(Physics),UniversityPark,PA.“DesigningHierarchicalPlasmonicMaterials,”
September18,2008.
48. NewYorkUniversity(Physics),NewYork,NY.“SqueezingLightthroughTinyHoles,”September11,
2008.
47. UniversityofStuttgart,Stuttgart,Germany.“DesigningNewTypesofHierarchicalPlasmonic
Materials,”May20,2008.
46. UniversityofBelfast,Queen’sNanoscienceForumandtheCentreforNanostructuredMedia,Belfast,
NorthernIreland.“MultiscaleFabricationofPlasmonicStructures,”May15,2008.
45. RutgersUniversity(Chemistry),NewBrunswick,NJ.“NanoscalePyramids:AMultifunctional
PlasmonicSystem,”April22,2008.
44. VanderbiltUniversity(VINSE),Nashville,TN.“MultiscalePatterningofPlasmonicMetamaterials,”
April2,2008.
43. CaliforniaInstituteofTechnology(AppliedPhysics),Pasadena,CA.“MultiscalePatterningof
PlasmonicMetamaterials,”January31,2008.
42. NewYorkUniversity(Chemistry),NewYork,NY.“ChemicalNanofabrication:ABottom-upmeets
Top-downApproachtoFunctionalNanomaterials,”January23,2008.
41. PrincetonUniversity(MechanicalEngineering),Princeton,NJ.“MakingSomethingoutofNothing:
TheHoleStory,”January3,2008.
40. ColumbiaUniversity(Chemistry),NewYorkCity,NY.“MakingSomethingoutofNothing:TheHole
Story,”November26,2007.
39. UniversityofNorthernIowa(Physics),CedarFalls,IA.“PlasmonicMetamaterials,”October10,2007.
38. UniversityofWashington(NanoCenter),Seattle,WA.“MultiscalePatterningofPlasmonic
Metamaterials,”October2,2007.
37. WestVirginiaUniversity(Chemistry),Morgantown,WV.“ChemicalNanofabrication,”September26,
2007.
36. UniversityofSouthCarolina(Chemistry),Columbia,SC.“MakingSomethingoutofNothing:TheHole
Story,”September14,2007.
35. PennStateUniversity(Chemistry),“ManipulatingLightattheNanoscalewithPlasmonicStructures,”
UniversityPark,PA.April25,2007.
34. UniversityofUtah(Chemistry),SaltLakeCity,UT.“ManipulatingLightattheNanoscalewith
PlasmonicStructures,”April16,2007.
33. UniversityofNotreDame(Chemistry),NotreDame,ID.“ManipulatingLightattheNanoscalewith
PlasmonicStructures,”March8,2007.
32. UniversityofWisconsinatMadison(MaterialsChemistry),Madison,WI.“ManipulatingLightin
NanoholeArraysandPyramids,”December14,2006.
31. PurdueUniversity(MaterialsChemistry),WestLafayette,ID.“ManipulatingLightinNanoholeArrays
andPyramids,”December7,2006.
30. HarvardUniversity(Chemistry),Cambridge,MA.“ManipulatingLightinArraysofNanoholesand
Nanoparticles,”November9,2006.
29. DukeUniversity(Chemistry),Durham,NC.“ManipulatingLightinNanoholeArraysandPyramids,”
November7,2006.
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28. UniversityofDelaware(Chemistry),Newark,DE.“TheShapeofThingsNano,”November1,2006.
27. UniversityofPennsylvania(Chemistry),Philadelphia,PA.“TheShapeofThingsNano,”October31,
2006.
26. UniversityofIllinoisatUrbanaChampaign(Chemistry),Champaign,IL.“ManipulatingLightin
NanoholeArraysandPyramids,”October25,2006.
25. UniversityofTexasatAustin(ChemicalEngineering),Austin,TX.“ManipulatingLightinNanohole
ArraysandPyramids,”October18,2006.
24. CaliforniaInstituteofTechnology(ChemicalPhysics),Pasadena,CA.“ManipulatingLightinNanohole
ArraysandPyramids,”October4,2006.
23. UniversityofCaliforniaatSanDiego(Chemistry),SanDiego,CA.“TheShapeofThingsNano,”
October3,2006.
22. NorthwesternUniversity(ChemistryColloquia),Evanston,IL.“ManipulatingLightinNanoholeArrays
andPyramids,”September22,2006.
21. HarvardUniversity(NNI:SynergybetweenExperimentandComputationinNanoscaleScience),
Cambridge,MA.“ManipulatingLightinAnisotropicNanostructures:HoleArraysandPyramids,”May
31,2006.
20. StanfordUniversity(Chemistry),Stanford,CA.“ManipulatingLightinNanoholeArraysand
Nanoparticles,”May15,2006.
19. UniversityofCaliforniaatBerkeley(Chemistry),Berkeley,CA.“ManipulatingLightinNanohole
ArraysandNanoparticles,”May8,2006.
18. NorthwesternUniversity(MaterialsScience&EngineeringColloquia),Evanston,IL.“Manipulating
LightinNanoholeArraysandNanoparticles,”April25,2006.
17. LouisianaStateUniversity(Chemistry),BatonRouge,LA.“TheShapeofThings,”April19,2006.
16. UniversityofMichigan(Chemistry),AnnArbor,MI.“ManipulatingLightinNanoholeArraysand
Nanoparticles,”April7,2006.
15. IllinoisInstituteofTechnology(Chemistry),Chicago,IL.“ManipulatingLightinNanoholeArraysand
Nanoparticles,”April4,2006.
14. PrincetonUniversity(ChemicalEngineering),Princeton,NJ.“ManipulatingLightinNanoholeArrays
andNanoparticles,”March13,2006.
13. UniversityofAlberta(Chemistry),Edmonton,Canada.“ManipulatingLightinNanoholeArraysand
Nanoparticles,”January24,2006.
12. UniversityofVictoria(Chemistry),BritishColumbia,Canada.“ManipulatingLightinNanoholeArrays
andNanoparticles,”January23,2006.
11. ColumbiaUniversity(AppliedPhysics),NewYork,NY.“ManipulatingLightinNanoholeArraysand
Nanoparticles,”November30,2005.
10. CityCollegeofNewYork(Chemistry),NewYork,NY.“ManipulatingLightinNanoholeArraysand
Nanocrystals,”November7,2005.
9.
UniversityofMassachusettsatAmherst(PolymerChemistry),Amherst,MA.“NanoscaleMaterials:
Synthesis,Patterning,andPhotonics,”April28,2005.
7.
MarquetteUniversity(Chemistry),Milwaukee,WI.“ChemicalSynthesismeetsNanofabrication:A
NewApproachtoPatternedNanostructures,”December8,2004.
CV:TeriW.Odom(April2017)
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6.
UniversityofPennsylvania(PhysicsCondensedMatter),Philadelphia,PA.“NanoscaleMaterials:
Synthesis,Patterning,andPhotonics,”November16,2004.
5.
NorthwesternUniversity(MRCandESAM),Evanston,IL.“SynthesisandAssemblyofInorganic
NanoscaleMaterials,”August12,2004.
4.
UniversityofChicago(MRSECseminar),Chicago,IL.“ChemicalSynthesismeetsNanofabrication:A
NewApproachtoPatternedNanostructures,”June28,2004.
3.
UniversityofMissouri-Rolla(Chemistry),Rolla,MO.“STMStudiesofSingleWalledCarbon
NanotubesandUnconventionalNanoscalePatterning,”November28,2003.
2.
NorthwesternUniversity(PhysicsColloquia),Evanston,IL.“STMStudiesofSingleWalledCarbon
NanotubesandUnconventionalNanoscalePatterning,”October30,2003.
1.
KalamazooCollege(Chemistry),Kalamazoo,MI.“NanoscaleandMesoscaleScience,”October4,
2003.
Symposia,Workshops,andConferences(192)
192. LasersinMicro,Nano,andBioGRC,WatervilleValley,ME.“TBD,”June17-22,2018.
191. ACSNationalSpringMeeting,NewOrleans,LA.“TBD,”March18-22,2018.
190. MRSFallMeeting,Boston,MA.“TBD,”November26-30,2017.
189. AmericanVacuumSociety,Tampa,FL.“TBD,”October29–November2,2017.
188. IEEEPhotonics,Orlando,FL.“TBD,”October2-4,2017.
187. ACSNationalMeeting,Washington,DC.“Photo-responsiveNanoparticles:fromFundamentalsof
ExcitationtoApplications,”August20-24,2017.[COLL]
186. ACSNationalMeeting,Washington,DC.“ColloidalMetalandSemiconductorNanostructures:
Theory,Synthesis,andApplication,”August20-24,2017.[COLL]
185. SPIEOptics+Photonics2017,SanDiego,CA.“PlasmonicMetasurfacesbyEvolutionaryDesign,”
August6-10,2017.
184. SPIEOptics+Photonics2017,SanDiego,CA.“ControlledandTunableMulti-modalLasingfrom
PlasmonicSuperlattices,”August6-10,2017.
183. META2017,Incheon,Korea.“TBD,”July28-29,2017.
182. CottrellScholarConference,July12-14,2017.
181. ICPN(InternationalConferenceonNanophotonics)10,Recife,Brazil.July2-5,2017.[Keynote
Address]
180. NOMA(NovelOpticalMaterialsandApplication),Cetraro,Italy.“PlasmonicMetasurfacesby
EvolutionaryDesign,”June4-10,2017.
179. BrookhavenUserMeeting,May16,2017.
178. CRC951,Berlin,Germany.April25-28,2017.
177. MRSSpring2017Meeting,Phoenix,AZ.“Multi-modalLasingfromPlasmonicSuperlattices,April1721,2017.[ED10:MaterialPlatformsforPlasmonicsandMetamaterials]
176. MRSFall2016Meeting,Boston,MA.“ProgrammableMulti-scaleNanoparticleMetasurfaces,”
November28–December1,2016.[EM7]
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175. IUSSTFQuantumPlasmonicsofHybridNano-Assembles,Bangalore,India.“LasingSpaser
NanoparticleArrays,”November17-18,2016.
174. NTU-NorthwesternInstituteforNanomedicine(NNIN),SantaBarbara,CA.“AnIntegrated
AntibacterialNanotherapyforInfectionsoftheSkinandSubcutaneousTissue,”November15-16,
2016.
173. SPIEOptics+Photonics2016,SanDiego,CA.“DesignerNanocavitiesforRoom-temperature
PlasmonNanolasers,”August28,2016.
172. SPIEOptics+Photonics2016,SanDiego,CA.“HowNegativeCurvatureInterfacesImprovethe
ImagingPropertiesofGoldNanoparticles,”August30,2016.
171. SPIEOptics+Photonics2016,SanDiego,CA.“EngineeringUltra-narrowPlasmonResonances,”
August29,2016.
170. PIERSShanghai,China.“TunableNanoparticleSpasers,”August7-10,2016.
169. PKUInternationalNanophotonicsWorkshop,Beijing,China.“NanoscaleLasers,”August5-6,2016.
168. META2016,Malaga,Spain.“Real-timeTunableNanoparticleSpasers,”July25-28,2016.[Keynote
talk]
167. EMP16InternationalConferenceonEnergy,Materials,andPhotonics,Troyes,France.July10-13,
2016.
166. RoyalSocietySeminar,ChicheleyHall,Buckinghamshire,England.“NanoparticleLasingSpasers,”
June28-29,2016.
165. JUAMI(JointUndertakingfortheAfricaMaterialsInstitute),Tanzania.“3DHierarchicalMaterialsby
Memory-based,SequentialWrinkling”June6,2016.
164. 2016InternationalNanotoxicologyCongress,Boston,MA.“OvercomingtheEndosomalEscape
Problem:Lysosome-TargetingGoldNanostarNanoconstructs,”June1-4,2016.
163. AnnualConferenceoftheSocietyofPlasticsEngineers(ANTEC),Indianapolis,IN.“3DHierarchical
MaterialsbyMemory-based,SequentialWrinkling,”May23-25,2016.
162. NSFMPSSiteVisit,NorthwesternUniversity,Evanston,IL.“NanoscaleCurvatureEffectsin
AnisotropicNanomaterials,”April21,2016.
161. DSSG30thAnniversarySymposium,Washington,DC.March30-31,2016.
160. MaterialsResearchSocietySpringMeeting,Phoenix,AZ.“DesignerNanocavitiesforRoomtemperaturePlasmonLasing,”March28-April1,2016.[NT1:Functionalnanostructuresand
metamaterialsforsolarenergyandnovelopticalphenomena]
159. MaterialsResearchSocietySpringMeeting,Phoenix,AZ.March28-April1,2016.[SM7:Future
HealthcareNeedsthroughBiomaterials,BioengineeringandtheCellularBuildingBlock][student
DuncanH.M.Dampresented]
158. APSMarchMeeting2016,Baltimore,MD.“NanoparticleLasingSpasers,”March14-18,2016.
157. Pittcon2016,Atlanta,GA.“Real-timeTunableEmissionfromPlasmonicNanolasers,”March6-10,
2016.
156. IEEE-Nanomed2015,WaikikiBeach,Hawaii.“GoldNanostarsasProbesforImagingand
Therapeutics,”November15-18,2015.[Keynotespeaker].
155. InternationalMaterialsResearchCongress(IMRC),Cancun,Mexico.“EnhancedLight-Matter
InteractionsinNanoparticleArrays,”August16-20,2015.[Plenaryspeaker].
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154. META15,NewYorkCity,NY.“Nano-aperturesandApplications.”August5,2015.
153. TaiwanBiannualPlasmonicsSymposium,Taipei,Taiwan.“TunableNanoparticleLasingSpasers,”
June15,2015.[Plenaryspeaker].
152. SPP7,Jerusalem,Israel.“Real-timeTunableLasingfromPlasmonicNanocavities.”May31-June5,
2015.
151. 2015APS/CNMUser’sMeeting,“RoomTemperatureLasingfromNanoparticleArrays.”May11,
2015.[Invitedspeaker]
150. NorthwesternrepresentativeforNSFlobbyingeventatCongress.Washington,DC.“Structured
NanoscaleMaterialswithExtraordinaryProperties,”April29,2015.
149. RobertH.LurieCancerCenterSymposium,Evanston,IL.“InvestigatingProtein-LigandInteractions
viaGoldNanostarProbes.”April10,2015.
148. ACSSpringMeeting,Denver,CO.“EnergyConversionwithinaSingleNanocavityStructure”[PHYS],
March22-25,2015.
147. ACSSpringMeeting,Denver,CO.“EnhancedLight-MatterInteractionsinNanoparticleArrays”
[COLL,MetallicNanostructuresforOptical&electrochemicalSensingandAlternativeEnergy
Conversion],March22-25,2015.
146. ACSSpringMeeting,Denver,CO.“PlasmonicHetero-OligomerNanoparticleArraysforHydrogen
Sensing”[COLL,PlasmonicCatalysisandSensing],March22-25,2015.
145. NanoMeta,Seefeld(Tirol),Austria.“TunableNanoparticleLasingSpasers,”January5-8,2015.
144. NSFNanoGranteesConference,Arlington,VA.“ProspectsinPlasmonics,”December9-10,2014.
143. AVS61stInternationalSymposium&Exhibition,Baltimore,MD.“EnhancedLight-Matter
InteractionsinNanoparticleArrays,”November10,2014.
142. IEEEPhotonicsMeeting,SanFrancisco,CA.“RoomTemperaturePlasmonicNanolasers,”October13,
2014.
141. NCIAllianceMeeting,Bethesda,MD.“RationalDesignofNanomaterials,”October1-3,2014.
140. BlavatnikYoungScientistsSymposium,NewYork,NY.September15,2014.
139. NFO-13,Snowbird,UT.“HeterogeneousPlasmonicOligomers,”September1-3,2014.
138. ACSFallMeeting,SanFrancisco,CA.“GoldNanostarsasProbesforImagingandTherapeutics,”
August10-14,2014.
137. ResearchCorporationCottrellScholars,Tucson,AZ.July10-12,2014.
136. GordonResearchConference,Plasmonics,Newry,ME.“FabricationofUnconventionalNanocavity
Architectures,”July6-11,2014.
135. GordonResearchConference,NobleMetalNanoparticles,SouthHadley,MA.“DesignerGold
NanostarsforImagingandTherapeutics,”June15-20,2014.
134. 6thInternationalSymposiumonBioanalysis,BiomedicalEngineeringandNanotechnology2014,
Changsha,China.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”May29-June1,
2014.
133. MRSSpringMeeting,SanFrancisco,CA.“EnhancedLight-MatterInteractionsinUnconventional
Nanocavities,”April21-25,2014.
132. APSMarchMeeting,Denver,CO.“ProspectsofOmnidirectionalSubstratesforLightTrapping,”
March3-7,2014.
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131. ASME20143rdGlobalCongressonNanoEngineeringforMedicineandBiology(NEMB2014),San
Francisco,CA.“GoldNanostarsasDrugDeliveryAgentsforNanomedicine,”February2-5,2014.
130. US-FranceNanophotonicsWorkshop,Troyes,France.“EnhancedLight-MatterInteractionsin
UnconventionalNanocavities,”November3-7,2013.
129. AmericanVacuumSociety,LongBeach,CA.“PlasmonicQuasicrystals,”October27-30,2013.Alex
Hrynsubstituted.
128. ResearchCorporationScialog,Tucson,AZ.“ProspectsofOmnidirectionalSubstratesforLight
Trapping,”October15-18,2013.
127. 25thPackardFellowsReunion,Denver,CO.“ManipulatingLightattheNanoscale,”September11-15,
2013.
126. ACSFallMeeting,Indianapolis,ID.“Multi-scalePlasmonicNanoparticlesandtheInverseProblem,”
September9-12,2013.
125. SPIEPlasmonics,SanDiego,CA.“EnhancedLight-MatterInteractionsinNanoparticleArrays,”August
25-29,2013.
124. QuantumPlasmonics,WashingtonDC.“LatticePlasmonNanolasers,”August21-23,2013.
123. ResearchCorporationCottrellScholars,Tucson,AZ.July10-13,2013.
122. US-IsraelKavliFrontiersofScienceSymposium,Irvine,CA.“NanolaserstheSizeofVirusParticles,”
June17-18,2013.SponsoredbytheNASandKavliFoundation.
121. FacultyOpponentforChalmersUniversityPhDDefense,Gothenburg,Sweden.“BiosensorSense,”
May24,2013.
120. AMN-6conference,Auckland,NewZealand.“NanolaserstheSizeofVirusParticles,”February11-15,
2013.[Plenaryspeaker]
119. IUMRS-ICEM2012,Yokohama,Japan.“Nanoplasmonics:NewWaystoTrapandSqueezeLightinto
SubwavelengthVolumes,”September23-28,2012.[Plenaryspeaker]RobertP.H.Changsubstituted.
118. ACSFallMeeting,Philadelphia,PA.“RoomTemperaturePlasmonicNanolasers,”August24-29,2012.
117. GordonResearchConference,NobleMetalNanoparticles,SouthHadley,MA.“RoomTemperature
PlasmonicLasers,”June17-22,2012.
116. GordonResearchSeminar,NobleMetalNanoparticles,SouthHadley,MA.“GoldNanostarsasTiny
HitchhikersforCancerTherapeutics,”June16-17,2012.[Keynotespeaker]
115. InternationalConferenceontheNanostructure-EnhancedPhoto-EnergyConversion(Yamada
ConferenceLXVI),Tokyo,Japan.“PlasmonicNanolasers,”June3-6,2012.
114. E-MRSSpringMeeting,Strasbourg,France.“ExtraordinaryNonlinearAbsorptionin3DBowtie
Nanoantennas,”May14-20,2012.
113. META12,Paris,France.“LightTrappinginNanoparticleArraysbeyondtheQuasistaticLimit,”April
19-22,2012.
112. META12,Paris,France.“ProgrammableSoftLithographyforScalablePlasmonics,”April19-22,
2012.
111. ACSSpringMeeting,SanDiego,CA.“PlasmonicNanocavities:NewWaystoSqueezeLightinto
SubwavelengthVolumes,”March28,2012.
110. ACSSpringMeeting,SanDiego,CA.“TowardsOmnidirectionalPlasmonicSubstratesforLight
Trapping,”March27,2012.
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109. AfricanMRSMeeting,VictoriaFalls,Zimbabwe.“BenchtopPhotolithography,”December15,2011.
108. ACSAkronSectionAward,Akron,OH.“AllthatGlittersisNanoscaleGold,”November29,2011.
107. AVSMeeting,Nashville,TN.“ASANEApproachtoProgrammableSoftLithography,”November1-4,
2011.
106. AIChEMeeting,Minnesota,MN.“TrappingLightinStronglyCoupledNanoparticleArraysbyDark
Plasmons,”October16-20,2011.
105. NIHDirector’sPioneerMeeting,Bethesda,MA.“DesigningPlasmonicLensesforOptical
Bioimaging,”September20-21,2011.
104. OpticsofSurfacesandInterfaces9,Akumal,Mexico.“TrappingLightinStronglyCoupled
NanoparticleArraysbyDarkPlasmons,”September19-23,2011.
103. US-ChinaInternationalMaterialsInstituteMeeting,SichuanUniversity,Chengdu,China.
“Sustainable,ScalableGenerationofNanostructuredSurfaces,”September15-16,2011.
102. ACSFallMeeting,Denver,CO.“TrappingLightinStronglyCoupledNanoparticleArraysbyDark
Plasmons,”August29,2011.
101. ACSFallMeeting,Denver,CO.“DesigningMulti-scaleNanomaterialsforSensingandImaging,”
August30,2011.
100. ACSFallMeeting,Denver,CO.“ControllingProtein-LigandKineticsusing3DPlasmonicMaterials,”
August30,2011.
99. CottrellScholarsConference,Tucson,AZ.July6-8,2011.
98. NSFSummerInstituteonNanomechanics,Nanomaterials,andMicro/Nanomanufacturing,Chicago,
IL.“NanomanufacturingofNanostructuredSurfacesforEnergyApplications,”June30,2011.
97. NorthwesternUniversityClinicalandTranslationalSciences,Evanston,IL.“IdentifyingCancerCells:
MultifunctionalGoldNanopyramidProbes,”May18,2011.
96. STEMandNanoscience,Washington,DC.May12-13,2011.
95. NIHInnovationBrainstorm:TransformingDiscoveryintoImpact,Potomac,MD.May4-6,2011.
94. SocietyofManufacturingEngineers,Chicago,IL.“ProgrammableSoftLithography:Solvent-Assisted
NanoscaleEmbossing,”April5,2011.
93. 3M,Minneapolis,MN.“ProgrammableSoftLithography:Solvent-AssistedNanoscaleEmbossing,”
March31,2011.
92. ACSChicagoSection,Chicago,IL.“AllThingsPyramids:NewPlatformsforImagingandSensing,”
February24,2011.
91. Pacifichem2010,Honolulu,HI.“ConcentratingLightusingAnisotropicNanopyramidalShells”in
Nanostructure-EnhancedPhotochemicalReactions,December15-20,2010.
90. Pacifichem2010,Honolulu,HI.“DesigningPlasmonicCrystalPlatformsforUltra-sensitive
Biosensing”inMolecularPhotonics,December15-20,2010.
89. Japanese-AmericanKavliFrontiersofScienceSymposium,Kanagawa,Japan.December2-5,2010.
SponsoredbytheNAS,KavliFoundation,andJSPS.
88. NationalAcademiesKeckFutureInitiatives2010ImagingSciences,Irvine,CA.November17-19,
2010.SponsoredbytheNationalAcademiesandKeckFoundation.
87. ChicagoSectionoftheSocietyofAppliedSpectroscopy(SAS),Chicago,IL.November9,2010.
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86. AVSMeeting,Albuquerque,NM.“UnconventionalandBroadbandPlasmonics,”October17-20,
2010.
85. NIHDirector’sPioneerMeeting.September30-October1,2010.
84. InternationalMaterialsInstitute,3rdUS-ChinaMeeting,Beijing,China.September18-24,2010.
83. ISACS22010,Budapest,Hungary.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”
July13-16,2010.[KeynoteLecture]
82. CSC2010,Toronto,Canada.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”May
29-June1,2010.
81. 3M,TwinCities,MN.“SuperlatticeandQuasi-3DPlasmonicCrystals,”May4,2010.
80. TransitionMetalChalcogenideandHalideNanostructures2010,TelAviv,Israel.“SynthesizingTaS2
NanotubesStartingfromTa2O5NanotubeTemplates,”April25-27,2010.[KeynoteLecture]
79. SPIEEurope2010,Brussels,Belgium.“SuperlatticeandLowSymmetryPlasmonicCrystals,”April1216,2010.
78. MRSSpringMeeting2010,SanFrancisco,CA.“ControllingDispersioninNanoparticleArrays,”April
4-8,2010.
77. EUROPT(R)ODEX,Prague,CzechRepublic.“DesigningPlasmonicCrystalsforUltra-sensitive
MolecularSensing,”March28-31,2010.[KeynoteLecture]
76. AfricaMRSMeeting,Abuja,Nigeria.“UnconventionalPlasmonicMaterials,”December14-18,2009.
75. FourthAnnualNCIAllianceforNanotechnologyinCancerInvestigatorsMeeting,ManhattanBeach,
CA.“WideFieldImagingofNanopyramidProbestoDetectBiomarkers,”October21,2009.
74. NIHDirector’sPioneerMeeting,Bethesda,MD.“Sub-cellularImagingusingPlasmonicLenses,”
September24-25,2009.
73. JNCASR-NUWorkshop,Bangalore,India.“ScreeningMaterialswithNanopyramidArrays,”
September1-2,2009.
72. ACSFallMeeting2009,Washington,DC.“NanopyramidalGratingsasUltrasensitiveDetection
Platforms,”August16-20,2009.
71. SPIEPlasmonics:Nanoimaging,Nanofabrication,andtheirApplicationsIV,SanDiego.“Designing
HierarchicalPlasmonicMaterials,”August2-6,2009.
70. Clusters,Nanocrystals,andNanostructuresGordonResearchConference,NewLondon,CT.“Materials
ExpansionandApplicationsofQuasi-3DPlasmonicLattices,”July19-24,2009.
69. NSFCMMIEngineeringResearchandInnovationConference2009,Honolulu,HI.June22-25,2009.
68. German-AmericanKavliFrontiersofScienceSymposium,Irvine,CA.“AreWeThereYet?Onthe
RoadtoaTechnologyBasedonNanoscience,”June5-7,2009.SponsoredbytheNAS,Kavli
Foundation,andvonHumboldtFoundation.
67. EIPBNMeeting2009,MarcoIsland,FL.“DesigningHierarchicalandQuasi-3DPlasmonicLattices,”
May26-29,2009.
66. GeorgeC.Schatz60thBirthdayCelebration,Evanston,IL.“TheHoleStory:WorkingwithGeorgein
NewDirections,”April17,2009.
65. MRSSpringMeeting2009,SanFrancisco,CA.“DesigningAsymmetricandMultifunctionalPlasmonic
Particles,”April16,2009.
CV:TeriW.Odom(April2017)
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64. MRSSpringMeeting2009,SanFrancisco,CA.“ScreeningPlasmonicMaterialsusingQuasi-3D
PlasmonicLattices,”April14,2009.[MRSOutstandingYoungInvestigatorAwardaddress]
63. ACSSpringMeeting2009,SaltLakeCity,UT.“NationalFreseniusAwardSymposium,”March22-26,
2009.[NationalFreseniusAwardaddress]
62. Japan-AmericanKavliFrontiersofScience(FOS)Symposium,Irvine,CA.December5-7,2008.
SponsoredbytheNAS,KavliFoundation,andJSPS.
61. NSF-MEXTYoungResearchersExchangeProgram,Japan.October5-11,2008.
60. NIHDirector’sPioneerAwardSymposium,Bethesda,MA.September22-23,2008.
59. 2008PackardFoundationFellowsMeeting,ParkCity,UT.“SqueezingLightthroughTinyHoles,”
September3-6,2008.
58. SPIEPlasmonics:Nanoimaging,Nanofabrication,andtheirApplicationsIV,SanDiego.“Designing
HierarchicalPlasmonicMaterials,”August10-14,2008.
57. SolidStateChemistryGordonResearchConference,NewLondon,NH.“ChemicalNanofabrication,”
July27–August1,2008.
56. EPSCORProgramReview,OakRidgeNationalLab,OakRidge,TN.“DirectingMatterandEnergy:Five
ChallengesforScienceandtheImagination,”July23,2008.
55. IntegratedPhotonicsandNanophotonicsResearchandApplicationsTopicalMeeting,Boston,MA.
“MultiscaleFabricationandPropertiesofPlasmonicNanostructures,”July13-16,2008.
54. CenterforNanoscaleMaterialsUsersFacilityMeeting,ArgonneNationalLabs.May7,2008.
53. ACSSpringMeeting2008,NewOrleans,LA.“RefractiveIndexSensingwithPlasmonic
Metamaterials,”April6-10,2008.
52. Jawaharlal(JNC,India)-NorthwesternWorkshoponAdvancedMaterials,Evanston,IL.“Chemical
Nanofabrication:ANewRoutetoInorganicNanomaterials,”March31-April1,2008.
51. MRSSpringMeeting2008,SanFrancisco,CA.“PlasmonicMetamaterials:Fabricationand
Characterization,”March24-28,2008.
50. NSF-MEXTYoungResearchersExchangeProgramSymposium,NorthwesternUniversity,Evanston,
IL.“PyramidalNanoparticles:ANewPlasmonicSystem,”March11-12,2008.
49. Indo-USScienceandTechnology,Bhubaneshwar,India.“ScienceandTechnologyatNano-Bio
Interface,”February19-22,2008.
48. AfricanMaterialsResearchSociety,Dar-Es-Salaam,Tanzania.“PlasmonicMetamaterials,”December
10-14,2007.
47. Japan-AmericanKavliFrontiersofScience(FOS)Symposium,Kanagawa,Japan.“FrontiersinOptical
Materials,”December1-3,2007.
46. NorthwesternUniversity(SmallBusinessEvaluationandEntrepreneur),Evanston,IL.“Multiscale
FabricationofPlasmonicStructures,”November12,2007.
45. RohmandHaas,Marlborough,MA.“MultiscalePatterningofPlasmonicMetamaterials,”September
17,2007.
44. 2007PackardFoundationFellowsMeeting,Monterey,CA.September5-8,2007.
43. ACSFallMeeting,Boston,MA.“Multi-scaleFabricationofPlasmonicMetamaterials,”August19-23,
2007.
42. ElectronicMaterialsGordonConference,SouthHadley,MA.July22-27,2007.
CV:TeriW.Odom(April2017)
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41. InorganicChemistryGordonConference,Newport,RI.July15-20,2007.
40. CottrellScholarConference,Tucson,AZ.July6-7,2007.
39. SPP3Conference,Dijon,France.“Large-areaFabricationofNanoholeArraysandNanoparticles,”
June17-22,2007.
38. NorthwesternUniversity(IndustrialAssociatesMeeting),Evanston,IL.“NanoManufacturingof
PlasmonicStructures,”May10,2007.
37. TheElectrochemicalSociety(ECS),“NanoscalePyramids:Fabrication,Manipulation,and
Functionalization,”Chicago,IL.May7,2007.
36. FNANO07,Snowbird,UT.“PlasmonicNanostructures:ArraysofHolesandParticles,”April18-21,
2007.
35. MaterialsResearchSociety(MRS)SpringMeeting,SanFrancisco,CA.“Large-areaNanofabricationof
PlasmonicNanostructures,”April13,2007.
34. ACSSpringMeeting,Chicago,IL.“PyramidalNanoparticles:Fabrication,Characterization,and
Functionalization,”March25,2007.
33. SocietyofManufacturingEngineersConference,Chicago,IL.“Large-AreaNanoManufacturingof
PhotonicandPlasmonicNanostructures,”March14,2007.
32. Africa-USWorkshoponFrontiersinMaterialsResearchandEducation,Abuja,Nigeria.“Synthesisof
FunctionalNanostructures,”January21-25,2007.
31. DuPont,Philadelphia,PA.“ChemistrymeetsNanofabrication:PatternedNanoscaleMaterials,”
October30,2006.
30. US-IrelandNanotechnologyWorkshop(NSF),Belfast,UK.“DirectedAssemblyofNanostructures
overLargeAreas,”October22-23,2006.
29. ACSFallMeeting(ExxonMobilSolidStateChemistrySymposium),SanFrancisco,CA.“Chemistry
meetsFabrication:PatternedNanoscaleMaterials,”September12,2006.
28. PackardFoundationFellowsMeeting,Monterey,CA.September6-9,2006.
27. PlasmonicsGordonResearchConference(GRC),Keene,NH.“Large-areaSubwavelengthHole
Arrays,”July27,2006.
26. NanostructureFabricationGordonResearchConference(GRC),Tilton,NH.“Large-areaPatterningof
OpticalNanostructures,”July20,2006.
25. German-AmericanFrontiersofScience(FOS)Symposium,“ManipulatingLightinNanoholeArrays
andPyramids,”June23-25,2006.[Selectedasoneoftop40youngU.S.scientists;sponsoredby
theNASandAlexandervonHumboldtFoundation]
24. SocietyofManufacturingEngineersConference,LosAngeles,CA.“InnovativeApproachesto
NanofabricationandAssemblyusingTop-downandBottom-upManufacturingMethods,”March28,
2006.
23. US-ChinaNanotechnologyWorkshop(NSF),Washington,DC.“ManipulatingLightinNanohole
Arrays,”March23,2006.
22. NSFWorkshop:SynthesisofComplexChemicalSystems,Oxford,England.“Pyramidal
Nanoparticles,”March19-21,2006.[SelectedasoneoftwelveyoungU.Schemistsforworkshop]
21. 13thAnnualForesightConference,SanFrancisco,CA.“NovelMethodsofNanoscaleFabricationand
Assembly,”October27,2005.
CV:TeriW.Odom(April2017)
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20. PackardFoundationFellowsMeeting,Monterey,CA.September7-10,2005.
19. NationalNanotechnologyInitiative(NNI)Workshop:X-raysandNeutrons:EssentialToolsfor
NanoscienceResearch,Washington,DC,“SynthesisofNanostructures:OpportunitiesforScattering
Methods,”July16,2005.
18. EmergingTechnologiesforBioandChemicalSensing(USGovernment),Washington,DC.
“NanotechnologiesforSensorApplications,”June15,2005.
17. NIHDirector’sPioneerMeeting,Bethesda,MD.“Sub-cellularImagingusingPlasmonicLenses,”
September24-25,2009.
16. CERC3–YoungChemistsWorkshop(NSF),Baden-Baden,Germany.“NanoscaleMaterials:Synthesis,
Patterning,andPhotonics,”May2-5,2005.[NominatedbyNSFandselectedbyEuropean
organizingcommitteeasoneoffourU.S.youngchemists]
15. GDEST:SensorsandSensorSystems:AUS-JapanDialogue,“NanomaterialsmeetsNanofabrication:
ProspectsforSensorApplications,”February28–March2,2005.[SponsoredbytheNational
AcademyofSciences(NAS)]
14. ArgonneNationalLab(MaterialsScience),Argonne,IL.“NewApproachestotheSynthesisand
AssemblyofNanoscaleMaterials,”November15,2004.
13. PackardFoundationFellowsMeeting,Monterey,CA.“SynthesisandPatterningofNanoscale
Materials,”September1-4,2004.
12. German-AmericanFrontiersofChemistrySymposium,Munich,Germany.“NanoscalePhotonics,”
July11-13,2004.[Selectedasoneoftop25youngU.S.chemists;sponsoredbytheNSFand
GermanChemicalSociety]
11. US-UKFrontiersofScience(FOS)Symposium,Cambridge,England.“OpticalPropertiesofSurface
PatternedNanostructures,”June19-22,2004.[Selectedasoneoftop40youngU.S.scientists;
sponsoredbyNASandtheRoyalSociety]
10. US-ChinaNanotechnologyForum(NSF),Beijing,China.“OpticalPropertiesofSurfacePatterned
Nanostructures,”May13,2004.
9.
InternationalNanotechWorkshop,Venice,Italy.“InstituteforNanotechnology,”March15,2004.
8.
ACSChicagoSectionMeeting,Chicago,IL.“NanoscaleandMesoscaleScience,”January23,2004.
7.
1stKorea-USNanoForum(NSF),Seoul,Korea.“NanoscaleScienceandEngineeringCenter,”October
10-13,2003.
6.
77thACSColloidandSurfaceChemistrySymposium,Atlanta,GA.“STMStudiesofSingleWalled
CarbonNanotubes,”June2003.[PlenarytalkforVictorK.LaMerawardforbestthesisinsurface
chemistry]
5.
ACSGreaterLakesMeeting,Chicago,IL.“Generationof30-50nmStructuresusingCompositePDMS
Masks,”June2,2003.
4.
WorldChemistryCongress/IUPACJointMeeting,Brisbane,Australia.“ElectronicPropertiesofSingle
WalledCarbonNanotubes,”June28–July9,2001.[IUPACPrizeforbestinternationalthesisinthe
chemicalsciences]
3.
AmericanPhysicalSociety(APS)MarchMeeting,Seattle,WA.“STMStudiesofSingleWalledCarbon
Nanotubes,”March23,2000.
2.
MolecularElectronics2000,Kona,HI.“Single-WalledCarbonNanotubes:FromFundamental
PropertiestoNewDeviceConcepts,”December10,2000.
CV:TeriW.Odom(April2017)
1.
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AmericanChemicalSociety(ACS)FallMeeting,Boston,MA.“ElectronicPropertiesofSingleWalled
CarbonNanotubes,”August24,1998.
ResearchPresentations(Contributed)
9.
Near-fieldOptics(NFO-13),Snowbird,Utah.“HeterogeneousPlasmonicOligomers,”August31-
September4,2014.
8.
ACSFallMeeting,Boston,MA.“InfiniteandMicroscalePatchesofNanoholeArrays:AScalable
PlatformforRefractiveIndexSensingwithIncreasedSensitivity,”August20,2007.
7.
MRSSpringMeeting,SanFrancisco,CA.“SoftInterferenceLithography,”April13,2007.
6.
Clusters,Nanocrystals,andNanostructuresGordonResearchConference,NewLondon,CT.
“PatternedNanoscaleMaterialsandStructures,”July31-August5,2005.
5.
Purdue-INACWorkshop,WestLafayette,ID.“MetallicNanostructures:PyramidsandNanohole
Arrays,”July25,2005.
4.
ACSSpringMeeting,SanDiego,CA.“Mass-limitedGrowthinzL-Beakers:AGeneralApproachfor
theSynthesisofNanocrystals,”March16,2005.
3.
ACSSpringMeeting,SanDiego,CA.“SynthesisofNanoscaleMetalChalcogenidesbySoftChemical
Methods,”March15,2005.
2.
SolidStateChemistryIGordonResearchConference,NewLondon,NH.July25-30,2004.
1.
ClustersandNanocrystalsGordonResearchConference,NewLondon,CT.August3-8,2003.
EducationandOutreachPresentations(Accepted):52todate,5international
52. ACSonCampus,“TopTenTipsforPreparingyourManuscript,”Paneldiscussion,Northwestern
University,November9,2016.
51. PublicVoicesFellowshipAlumniPanel,NorthwesternUniversity.November4,2016.
50. ChemistryGraduateStudents,NorthwesternUniversity.“TakingGraduateStudentTraining
Seriously,”July19,2016.
49. WorldIntellectualPropertyOrganization(WIPO)visittotheInternationalInstituteof
Nanotechnology(IIN),NorthwesternUniversity,Evanston,IL.“AGentleIntroductiontoNano,”
June16,2016.
48. SenateScienceForum,Washington,DC.May10,2016.
47. InvestitureCeremonyforEndowedChairs,Evanston,IL.“TheStoryofUs:TheMakingofaLateBloomerScientistandProfessor,”April26,2016.
46. ChicagoCollaborationforWomeninSTEM(CWIS)CareerDevelopmentandLeadershipRetreat,
Naperville,IL.March3-4,2016.
45. PublishingHighImpactPanel,NorthwesternUniversityPostdoctoralForum,Evanston,IL.February
29,2016.
44. WeWillCampaign,TravelingClassroom,LosAngeles,CA.“MakingPreciousMetalsMore
Precious,”February20,2016.
43. GettysburgCollege,Gettysburg,PA.“TheColorfulNanoworld,”March31,2015.
42. UniversityofCaliforniaatSantaBarbara,SantaBarbara,CA.“IttakesaVillage:Howyour
CommunityAffectsyourSuccess,”May16,2014.
CV:TeriW.Odom(April2017)
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41. IUMRS-ICEM2012,Yokohama,Japan.“EducationalForum:BenchtopNanoscaleExperiments,”
September26,2012.[KeynoteSpeaker]ChristinaSweeneysubstituted.
40. NorthwesternUniversity,Evanston,IL(MRSECREUprogram).“OdomGroupResearch:Making
PreciousMetalsmorePrecious,”April28,2012.
39. ResearchCorporationCottrellScholarsConference,Tucson,AZ.“TakingGraduateStudentTraining
Seriously,”July22-24,2010.
38. SymposiumonUndergraduateNano-Education:AddressingtheChallengesofNanoscaleScience&
EngineeringEducation,SUNY-Albany,NY.August5-9,2009.
37. CurrentEventsClassofEvanston,Evanston,IL.“NanoandYou:EvaluatingthePromiseof
Nanotechnology,”May21,2009.
36. FiresideatSlivkaHall,NorthwesternUniversity,Evanston,IL.“NanotechnologyandColor,”May
20,2009.
35. FNANO09,Snowbird,UT.“DesigningResearch-basedCoursesforUndergraduates,Nanoscience
ModulesforHighSchoolStudents,andHands-onActivitiesfortheDevelopingWorld,”April20-21,
2009.
34. ScienceCaféattheWilmettePublicLibrary,Wilmette,IL.“TheColorfulNanoworld,”March11,
2009.
33. UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“NanoscalePyramids:
NewOpportunitiesforMultifunctionalNanomaterials,”February26,2009.
32. SurvivalSkillsProgram,Women’sCenter,NorthwesternUniversity,Evanston,IL.February25,
2009.
31. 1stAlexandriaInternationalCongressonTissueEngineering,Alexandria,Egypt.“Benchtop
NanoscaleExperiments,”February14-16,2009.
30. GlobalNanoscaleScienceandEngineeringEducation(NSEE)Workshop,Washington,DC.
“Nanopatterning:PlasmonicsandtheNCLT,”November13,2008.
29. 2008ChicagoHumanitiesFestival:THINKINGBIG,Chicago,IL.November2,2008.
28. CottrellScholarsSymposium,Tucson,AZ.July10-11,2008.
27. ResearchExperienceforUndergraduatesandTeachersProgram,Evanston,IL“TheColorful
Nanoworld,”July9,2008.
26. ScienceResearchWorkshops,NorthwesternUniversity,Evanston,IL.“HowtoWrite
UndergraduateResearchProposals,”February27,2008.
25. MuseumofScienceandIndustryandUniversityofChicago,Chicago,IL.“Innovationsin
Nanotechnology,”January26,2008.
24. AfricaMRS2007,DarEsSalaam,Tanzania.“NanoscalePatterningusingSoftLithography,”
December10-15,2007.
23. SigmaXiLecture,UniversityofNorthernIowa,CedarFalls,IA.“TheColorfulNanoworld,”October
9,2007.
22. UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“Plasmonic
Metamaterials,”May17,2007.
21. ACSSpringMeeting,Chicago,IL.“NanotechnologyResearch-basedCoursesforFreshmenand
Sophomores,”March25,2007
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20. ComptonLectureSeries,UniversityofChicago,Chicago,IL.“TheColorfulNanoworld,”October28,
2006.
19. ChicagoScienceExpedition:Nanotechnology:ThinkingBigandBuildingSmall,HaroldWashington
College,Chicago,IL.“TheColorfulNanoworld,”October5,2006.
18. NCLTProfessionalDevelopment,Evanston,IL.“IntroductiontoNanofabrication,”August8,2006.
17. NSFSummerInstituteonMicroandNanodevices,Evanston,IL.“LargeScaleNEMSFabrication–
DirectedSelf-Assembly,”August7,2006.
16. CottrellScholarsSymposium(keynotespeaker),Tucson,AZ.“DesigningResearch-basedCoursesat
theUndergraduateLevel,”July6,2006.
15. ACSFallMeeting(NSFBroaderImpactsSymposium),Washington,DC.“ResearchExperiencefor
TeachersProgram,”August28-September1,2005.
14. MaterialsWorldNetwork:Next10Years,Cancun,Mexico.“StrategySummaryforNextTenYears,”
August22,2005.
13. NanoscaleCenterforLearningandTeaching(NCLT)ProfessionalDevelopment,Evanston,IL.
“IntroductiontoNanofabrication,”July22,2005.
12. ASMENanoBootcamp,Evanston,IL“NanowiresandNanoparticles,”June15,2005.
11. ResearchExperienceforUndergraduates(REU)andRETProgram,Evanston,IL“Nanoscienceand
Nanotechnology:AnIntroduction,”June29,2005.
10. NSFSummerInstituteonNanoMechanicsandMaterials,Evanston,IL.“MethodsofNanoscale
SynthesisandCharacterization,”June20,2005.
9.
3rdInternationalWorkshoptoDevelopaGlobalNanotechnologyNetwork,Saarbrucken,Germany.
“NanoscienceEducationandNanotechnologyatNorthwestern,”May25-27,2005.
8.
UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“Synthesisand
PatterningofNanomaterials,”April21,2005.
7.
AmericanInstituteofChemicalEngineers(AIChE)ChicagoSection,Chicago,IL.“Introductionto
Nanotechnology:SynthesisandAssemblyofNanomaterials,”April20,2005.
6.
ResearchExperienceforTeachers(RET)Program,Evanston,IL.“NanoscienceandNanotechnology:
AnIntroduction,”June28,2004.
5.
ASMENanoBootcamp,Evanston,IL“NanowiresandNanoparticles,”June14,2004.
4.
ACSSpringMeeting,LosAngeles,CA.“EducationalOutreachthroughtheCenterforIntegrated
NanopatterningandDetectionTechnologies,”March29,2004.
3.
LawrenceUniversity(KeynotespeakerforNanoscienceinEducation),Appleton,WI.“Researchand
EducationinNanoscaleScience,”March17,2004.
2.
NSFRETWorkshopforHighSchoolTeachers,IllinoisInstituteofTechnology,Chicago,IL.
“ResearchExperienceforTeachers,”September8,2003.
1.
AmericanSocietyofMechanicalEngineers(ASME)NanoBootcamp,Evanston,IL.“Nanowiresand
Nanoparticles,”July11,2003.
EducationalHands-onandOnlineVideoModules(selected)
1. NSFMaterialsWorldModules(MWM)onNanopatterning:
http://www.materialsworldmodules.org/modules/nanopatterning.shtml
CV:TeriW.Odom(April2017)
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2. Unconventionalpatterningatthenanoscale(onlinelabmodule):
http://community.nsee.us/index.php?option=com_content&view=article&id=330
3. Microcontactprintingandreplicamolding(onlinelabmodule):
http://community.nsee.us/index.php?option=com_content&view=article&id=251aswellaspdfcopyof
notebook.
RECORDEDANDPOSTEDLECTURES
1. Odom’steachinginnovationinfreshmen-designedvideosonnanoscience(December2016)is
highlightedbyDigitalLearningatNorthwestern.
2. PublicVoicesFellowship2014-2015
3. Frontiersinopticalmaterials(Japan-AmericanKavliFrontiersofScience2007,FrontiersinOptical
Materials)
4. Arewethereyet?Theroadtoatechnologybasedonnanoscience(German-AmericanKavliFrontiersof
Science2009,Nanotechnology:DreamorReality?)
5. Nanolasersthesizeofvirusparticles(US-IsraelKavliFrontiersofScience2013,Nanophotonicsandthe
ArtofInvisibility)
6. Nano-basicsforcliniciansandgoldnanostarsastinyhitchhikersforcancertherapeutics(International
InstituteofNanotechnology2013NanotechnologyBootCampforClinicians)
7. Odom’steachingintegratedawide-rangeoftechnologiesintofreshmenchemistry,includingLecture
Capture,Clickers,DocumentCamera,andVoice-overWorkedProblems
OTHERPUBLICITY
1. OurworkonevolutionarydesignoftitaniumnitridemetasurfaceswashighlightedinNanowerk.com
(Computationalandpatterningapproachestorealizemetasurfacesinnovelplasmonicmaterials)on
January27,2017.
2. OurworkonprogrammableplasmonswashighlightedinNanotechweb.org(Programmableplasmon
modescouldhelpmakeultrasensitivemolecularsensors)onDecember7,2016.
3. OurworkonprogrammableplasmonmodeswashighlightedinNanowerk.com(Programmable
plasmonsbystrainengineering)onNovember29,2016.
4. OdomandspousearefeaturedinaNorthwesternCouplespodcast:asecond-chanceencounteron
November2,2016.
5. OurworkonachromaticnanoparticlelenseswashighlightedinNanowerk.com(Ultra-thinachromatic
lensesoptimizedbyanevolutionaryalgorithmonOctober28,2016.
6. OdomisfeaturedinWIAReportasoneoftenwomennamedasaFellowofACSin2016.
7. OurworkonhowsizeandshapeaffectthepropertiesofnanoparticlesishighlightedinChemistry
WorldinAugust2016,Volume13,Issue8.
8. OdomreceivedaCottrellScholarsSEEDawardandelectionasanACSFellowwashighlightedinthe
August2016NorthwesternResearchNews.
9. OdomandMirkinarefeaturedinthecoverstoryofNorthwesternResearchMagazineforSpringand
Summer2016.
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10. OurcollaborativeworkwithWeiChenreceivedtheBestPaperAwardatthe42thASMEDesign
AutomationConference:Yu,S.,Zhang,Y.,Wang,C.,Lee,W-K,Dong,B.,Sun,C.,Odom,T.,andChen,
W.,“CharacterizationandDesignofFunctionalQuasi-RandomNanostructuredMaterialsusingSpectral
DensityFunction”(2016).
11. OurworkonstretchablesuperhydrophobicitywashighlightedinNanowerk.com(Nanowrinklesarekey
tostretchablesuperhydrophobicsurfaces)onMay5,2016.
12. Odomquotedinworkfocusedon“SeeingNanoparticlesin3DwithinAnimalTissues”frommedGadget,
April29,2016.
13. OdomdiscussespromiseandpitfallsofnanoscienceaspartofanACSWhitePaperpublishedin2016.
14. Ourworkonhierarchical,sequentialwrinklingwasfeaturedinMRSMaterials360online.September
24,2015.
15. OurworkonsequentialnanowrinklingwasfeaturedinScience,August21,2015andNanowerk.com
(3Dnanopatterningwithmemory-based,sequentialwrinkling)
16. OdomdiscussedsignificanceofaWSe2monolayer-photoniccrystalcavitylaserwithGabrielSpitzerand
KPLU(oneoftheNPRstationsinSeattle)onMarch25,2015.
17. OurworkonhowgoldnanostarscanenhancetherelaxivityofMRIcontrastagentswasawardedthe
coverofACSNanoandwasfeaturedinnanowerk.com(NanoparticleshapecandrasticallyenhanceMRI
signals,March23,2015)aswellasnanotechweb.org(GoldnanostarsenhanceMRIsignal,March26,
2015).
18. Ourworkonlatticeopto-materialswasfeaturedintheWomaninNanoscienceBlog(TeriOdom'snew
algorithmspeedsthediscoveryofnewmaterials,March19,2015).
19. Ourworkonlatticeopto-materialswashighlightedinFebruary2015MRSBulletin[volume40,p.103].
20. WewerefeaturedastheDecember2014profileforAWIS(AssociationforWomeninScience,Chicago).
http://www.awis-chicago.org/community/scientist-of-the-month/december-2014-sotm-teri-odom
21. Ourworkonlatticeopto-materialsasultra-flatlensesishighlightedinMaterialsToday(Metalliclattices
offernewapproachtosuperthinlenses,December3,2014)
22. Ourworkonlatticeopto-materialsthatcanfocuslightanywherein3Dishighlightedin
nanotechweb.org(Onlythefittestlatticeopticswillsurvive,November13,2014)
23. OurworkonnanoparticleoligomersishighlightedasanACSNanoAugust2014podcast.Mystudent
AnkunYangconductstheinterviewwiththemanagingeditorofACSNano.
24. Ourworkondesigningnewtypesofhydrogensensorsbasedonnanoparticleoligomersishighlightedin
nanotechweb.org.(Nanoparticleoligomersdetecthydrogen,July11,2014)
25. Ourreceiptofthe2014IPMICarolTylerawardisposted:www.youtube.com/watch?v=eM7aN_JQX8g
26. OurworkondeliveryofgoldnanostarconstructstothenucleusismentionedinCNN.
http://www.cnn.com/interactive/2014/04/health/the-cnn-10-healing-the-future/(story2).
27. Ourworkonhighdrugloadingongoldnanostarsincreasingefficacywashighlightedin
nanotechweb.org(Loadednanostarskillcancercells,April16,2014)andnanowerk.com(Anovel
approachtodesigningdrug-loadednanoconstructs,April9,2014)
28. Ourworkonlatticeplasmonlasersbasedonarraysofplasmonicnanoparticleswashighlightedin
nanotechweb.org(Latticeplasmonshelpmakefornewnanolaser)
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29. Ourworkonnanolasersbasedon3DbowtiesishighlightedinDiscoverMagazine(June2013)
30. Ourworkonthedeliveryofdrugstothecancernucleususingdrug-loadedgoldnanostars(“tiny
hitchhikers”)washighlightedinnumerousmediaoutlets,includingChemical&EngineeringNews(2
April2012,90,25)andNorthwesternUniversityNews(TinyHitchhikersAttackCancerCells:Gold
NanostarsFirsttoDeliverDrugDirectlytoCancerCellNucleus).
Distinctotherpressincludes:FierceDrugDelivery(HitchhikingGoldNanostarsCanSneakintoCancer
Cells),Gizmag(Goldnanostarsdeliverdrugsdirectlytocancercellnucleus),UPI(Drugsenttoacancer
cell'snucleus),MedicalNewsToday(NanostarsDeliverCancerDrugsDirectToNucleus),AZONano
(Drug-LoadedGoldNanostarsHitchhikeintoCancerCellNucleus),Futurity(Goldnanostarshitcharide
toattackcancer),PhysOrg(Tinyhitchhikersattackcancercells:Goldnanostarsfirsttodeliverdrug
directlytocancercellnucleus),TGDaily(Thesenanoparticlesattackcancercells),Nanowerk.com(Gold
nanostarsfirsttodeliverdrugdirectlytocancercellnucleus)andGizmodo.
31. Ourworkonfabricatingmoirénanolatticeswashighlightedinnanotechweb.org(Nanofabrication
reachesnewcomplexity,12September2012).
32. Ourworkonplasmonicnanostructures—bothfabricationandsynthesiswork—washighlightedin
ChemistryWorld(PlasmonswithaPurpose,2August2012)
33. Ouropinionandreviewonprintablecolorwashighlightedinmultiplemediaoutlets:DiscoveryNews
(NanoprinterAchievesInsaneResolution,13August2012),ScientificAmerican(HighestPossible
ResolutionColorImagesAchieved,13August2012),NBCNews.com(Bestpossiblehigh-resprinting
achieved,Bestpossiblehigh-resprintingachieved,14August2012)
34. OurworkonliquidmetalplasmonicswashighlightedinRSC.org(Liquidgalliumlightsup,August,8,
2012)
35. Ourworkontheaptamer-nanostardrugdeliverysystemcontinuestoreceivepressmonthsafterthe
paperwasaccepted:PharmaceuticalTechnology(Nanotechnology:istheelusivecureforcancerin
sight?14June2012),NanotechnologyNow(DeliveringNanoparticlestotheCellNucleus,14May
2012),NationalCancerInstitute(DeliveringNanoparticlestotheCellNucleus)
36. Ourinventionofsolidstatephotolithography(SSP)washighlightedinNanowerk.comandinanSPIE
Newsroomarticle(DOI:10.1117/2.1201202.004132)
37. OurworkonstronglycouplednanoparticlearraysanddarkplasmonswashighlightedinMRSMaterials
360intheJune2011,Volume11,Issue11.
38. Oneof60womeninchemistryselectedtodescribein60secondstoday’smajorissuesand
opportunitiesfacingwomeninchemistryandthesciencesfortheInternationalyearofChemistry,
http://www.futurewecreate.com/women/
39. ProgrammablesoftlithographybasedonSolvent-AssistedNanoscaleEmbossing(SANE)workwas
highlightedinnumerousmediaoutlets,includingChemical&EngineeringNews,NSFNewsfromtheField,
andNorthwesternUniversity(aslistedinpublicationssection).Distinctotherpressincludes:Physics
World,nanowerk.com,LaboratoryEquipment(ScientistoftheWeek),R&DMagazine,ScienceDaily,
Physorg.com,Futurity.org(Nanopatternsonthecheap)
40. Ourworkonnanopyramidsandtheirapplicationincancerresearchwasfeaturedonthecoverofthe
NationalNanotechnologyInitiative(NNI)SupplementtothePresident’sFY2011Budget.
http://nano.gov/
41. OurworkinresearchandteachingishighlightedbytheResearchCorporation
42. NCLTPressReleaseHighlightonourNanobiotechnologyandMaterialsWorkshopinAlexandria,Egypt.
CV:TeriW.Odom(April2017)
p.34of47
43. NanopatterningworkshopinAfricahighlightedinAdv.Mater.20,1(2008)
44. SoftInterferenceLithography(SIL)workhighlightedinnumerousmediaoutlets,includingNSFPress
Release,NatureNanotech,andScience(aslistedinpublicationssection).Others,including:ScienceDaily,
Physorg.com,NanotechnologyNow,SemiconductorInternational,Nanotechwire.com,
NaniteNews.com,ZDnet.com,DailyScienceNews(NanomaterialswithaBrightFuture),Popular
Mechanics
45. Tipsforwritingajournalarticle,C&ENews,August13,2007,volume85,pages46-49.
46. “ScienceasArt”FirstPlaceWinnerattheMRSSpring2007Meeting
47. NCLTPressReleaseHighlightonourworkwithNewTrierHighSchoolteachersandbenchtopnanoscale
patterning
48. PyramidpictureselectedaspartoftheNanostructureFabricationGordonResearchConference2006
FlyerandT-shirt
49. OdomInterviewbyForesightInstitute:WhyCareaboutNanotechnology?
50. OdomInterviewonNationalPublicRadioEarth&Sky:Nanopatterning
51. WeblogontalkattheForesightConferenceonNanotechnology
52. WorkonimagingphotocurrentinCdSnanowiresphotodetectorshighlightedinPhotonicsSpectra,
September2005,p.106.
53. NanocrystalsinnanowellsworkhighlightedinNatureMaterials
54. NanopictureoftheDay:July2004
55. BeatingtheOddsarticleinChronicleofHigherEducationonOdombeingofferedafacultypositionwhile
stillagraduatestudent
PEER-REVIEWANDRELATEDACTIVITIES
JournalReviewer
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AccountsofChemicalResearch
ACSAppliedMaterialsandInterfaces
ACSNano
ActaBiomaterialia
AdvancedFunctionalMaterials
AdvancedMaterials
AdvancedMaterialsInterfaces
AdvancedOpticalMaterials
AngewandteChemieInternationalEdition
AppliedPhysicsLetters
ChemicalCommunications
ChemicalScience
ChemistryofMaterials
ChemPhysChem
ChemicalPhysicsLetters
CrystalGrowthandDesign
EuropeanJournalofInorganicChemistry
IEEEProceedings
CV:TeriW.Odom(April2017)
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IEEETransactionsinNanotechnology
InternationalJournalofNanotechnology
InternationalNetworkforEngineeringEducationandResearch(iNEER)
JournaloftheAmericanChemicalSociety
JournalofChemicalEducation
JournalofMaterialsChemistry
JournalofMaterialsResearch
JournalofNanoengineeringandNanosystems
JournalofNanophotonics
JournalofOptics
JournalofPhysicalChemistryB
JournalofPhysicalChemistryC
JournalofPhysicalChemistryLetters
JournalofRamanSpectroscopy
JournalofSolidStateChemistry
JournalofVacuumScienceandTechnologyB
Langmuir
LaserandPhotonicsReviews
MaterialsResearchBulletin
MaterialsScienceandEngineeringB
MicroNanoLetters
MaterialsToday
NanoLetters
Nanomedicine
Nanoscale
NanoResearch
Nanotechnology
Nature
NatureCommunications
NatureMaterials
NatureNanotechnology
NaturePhotonics
OpticsLetters
OpticsExpress
OrganicElectronics
PhysicaE
PhysicalChemistryChemicalPhysics
PhysicalReviewB
ProceedingsoftheNationalAcademyofSciences
RecentPatentsinAnti-cancerTherapy
Science
ScientificReports
Small
Talanta
ThinSolidFilms
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ProposalReviewer
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NIHEnablingBioanalyticalandImagingTechnologies(EBIT)Chair(2016–current)
NIHEBITStandingMember(2012–2016)
Co-ChairEBITOctober2014
ChairEBITspecialemphasispanelonmicroscopyandimaging(June2015)
AmericanChemicalSociety(ACS)-PetroleumResearchFund(PRF)G
ACS-PRFAC
NSF:AnalyticalandSurfaceChemistry
NSF:ExperimentalPhysicalChemistry
NSF:SolidStateandMaterialsChemistry(CAREER)
NSF:Molecular,Supra,andNanochemistry(CAREER)
NSF:DivisionofMaterialsResearch(individualPIandMRSECproposals)
NSF:DivisionofMaterialsResearchElectronicandPhotonicMaterialsPanel
NSF:DivisionofMaterialsResearchMRSECPanel
NSF:DivisionofMaterialsResearchCAREERPanel
NSF:CollaborativeResearchCentersinChemistry
NSF:ResearchExperienceforUndergraduates(REU)Panel
NSF:HierarchicalNanomanufacturingNIRTPanel
NSF:AnalyticalandSurfaceChemistryCAREERPanel
NSF:NanoManufacturingCAREERPanel
U.S.CivilianandResearchDevelopmentFoundation(CDRF)
ResearchCorporation:CottrellScholarsProgram
ResearchCorporation:CottrellCollegeProgram
DepartmentofEnergy
CenterforMaterialsInnovation(CMI)atUniversityofWashington
NationalScienceEngineeringResearchCanada(NSERC):Inter-AmericanCollaborationinMaterials
EuropeanResearchCouncil
GordonResearchConferences
Stanford/GlobalClimateandEnergyProject(GCEP)
ResearchCorporation’sScialogProgram
Consolider-Ingenio2010Programme(SpanishGovernment)
BookReviewer
BridgingtheMicro-NanoInterfaceforthejournalSmall
PROFESSIONALAFFILIATIONSANDSERVICE
Member:AmericanChemicalSociety(ACS),AmericanVacuumSociety(AVS),MaterialsResearchSociety
(MRS),OpticalSocietyofAmerican(OSA)
SessionChair
1.
2.
3.
4.
5.
SPP7,2015:“PlasmonicSpectralandSpatialBeamShaping”
NFO-13,2014:“NanogapsandHotSpots”
SPIEOpticsandPhotonics,2013:“NanoplasmonicResonances”
AMN-6Meeting,2013:“NanoscaleSystems”
ACSFallMeeting,2012:“InorganicNanoscienceAwardtoDanielR.Gamelin”
CV:TeriW.Odom(April2017)
6.
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ACSFallMeeting,2012:“Synthesis,Spectroscopy,TheoryandApplicationsofNanocrystalsand
Nanowires”
YamadaConferenceLXVI,2012:“Nanostructure-EnhancedPhoto-energyConversion”
EuropeanMaterialsResearchSociety(E-MRS),2012:“OpticalNanoantennas”
META12,2012:“Large-areaNanofabricationforPlasmonicsandPhotonics”
EUROPT(R)ODEX,2010:“NanostructuresforSensing”
Indo-USMeeting,2009:“AdvancedMaterialsResearch”
MRSSpringMeeting,2009:“SessionY7:FunctionalNanostructureFabrication”
NCIAllianceforNanotechnologyinCancerInvestigatorsMeeting,2008:Posterjudge
SPIEOpticsandPhotonics,2008:“Session6:Nanosensing”
IINSymposium,NorthwesternUniversity,2007:“SessionIII:Nanodevices”
Japan-AmericanKavliFrontiersofScience(FOS)Symposium,2007:“FrontiersinOpticalMaterials”
ASMENanoBootcamp,2005:“SynthesisandDevices”
German-AmericanFrontiersofChemistryMeeting,2005:“Photonics”
ACSSpringMeeting,2005:“NanocrystalSynthesis”
ACS35thGreaterLakes,2003:“Nanotechnology”
APSMarchMeeting,2001:“CarbonNanotubes”
SymposiumOrganizer
1. ViceCo-ChairofnewGordonResearchConferenceon“LasersinMicro,Nano&BioSystems,”2018.
2. SPIE2017CommitteeMember,QuantumNanophotonics.
3. Near-fieldOptics(NFO-14),InternationalProgramCommittee,Hamamatsu,Japan,September4-8,
2016.
4. AmericanPhysicalSociety(APS),“PlasmonicsandBeyond,”March14-18,2016.
5. Near-fieldOptics(NFO-13),Snowbird,Utah.August31-September4,2014.
6. ACSFall2012Meeting,ACSInorganicNanoscienceAwardSymposium,Philadelphia,PA,August21,
2012.
7. MemberofTopicalProgramCommittee,Meta12,Paris,France,April19-22,2012.
8. ChairfornewGordonResearchConferenceon“NobleMetalNanoparticles,”June20-25,2010.
9. MemberofProgramCommitteeforNanophotonicsTopicalSub-CommitteefortheIEEEPhotonics
Society2009,Belek-AntalyaTurkey.October4-8,2009.
10. MemberofProgramCommitteeforSurfacePlasmonPolariton(SPP)-4Meeting,Amsterdam,
Netherlands,2009.
11. ChairforInternationalInstituteofNanotechnology(IIN)Symposium,Evanston,IL,November20,2008.
12. NSF-MEXT(US-Japan)YoungResearchersExchangeProgram,Japan.October4-12,2008.
13. NSF-MEXT(US-Japan)YoungResearchersExchangeProgram,Evanston,IL,March11-12,2008.
14. ACSFall2006Meeting,ExxonMobilSolidStateChemistrySymposium,SanFrancisco,CA,September12,
2006
TEACHINGANDADVISING
AreasofTeaching
Physical(quantum)chemistry,nanotechnologyandnanopatterning,materialschemistry,generalchemistry
Courses
Winter2017
Winter2017
CHEM105:FreshmanSeminar CHEM102:GeneralChemistry Undergrad
Undergrad
CV:TeriW.Odom(April2017)
Winter2016
Winter2016
Winter2015
Winter2015
Winter2014
Winter2014
Spring2013
Winter2011
Winter2011
Winter2010
Winter2010
Winter2009
Winter2009
Winter2008
Winter2008
Spring2007
Winter2007
Spring2006
Winter2006
Winter2006
Winter2005
Spring2004
Spring2004
Winter2004
Spring2003
Winter2003
CHEM105:FreshmanSeminar CHEM102:GeneralChemistry CHEM105:FreshmanSeminar CHEM102:GeneralChemistry CHEM105:FreshmanSeminar CHEM102:GeneralChemistry CHEM360:Nanopatterning
CHEM102:GeneralChemistry(*)
CHEM360:Nanopatterning
CHEM102:GeneralChemistry CHEM360:Nanopatterning
CHEM102:GeneralChemistry CHEM250-1:Nanopatterning CHEM445:OpticalMaterialsandNanophotonics
CHEM250-1:SophomoreSeminarinNanopatterning
CHEM445:OpticalMaterialsandNanophotonics
CHEM250-1:Nanopatterning CHEM250-2:SophomoreSeminarinNanopatterning
CHEM250-1:SophomoreSeminarinNanopatterning
CHEM442-2:AdvancedQuantumII
CHEM442-2:AdvancedQuantumII
GEN-LA395-21:NanoscalePatterningandSystems
CHEM445:ScienceandTechnologyattheNanoscale
CHEM442-2:AdvancedQuantum
CHEM445:ScienceandTechnologyattheNanoscale
CHEM442-2:AdvancedQuantumII p.38of47
Undergrad
Undergrad
Undergrad
Undergrad
Undergrad
Undergrad
Undergrad/Graduate
Undergrad
Undergrad/Graduate
Undergrad
Undergrad/Graduate
Undergrad
Undergrad
Graduate
Undergrad
Graduate
Undergrad
Undergrad
Undergrad
Graduate
Graduate
Undergrad
Graduate/Undergrad
Graduate
Graduate/Undergrad
Graduate
(*)=SuperTAOlgaKaragiaridiwonanOutstandingGraduateStudentTeachingAwardfromWeinberg
CollegeofArtsandSciences
CurriculumDevelopment
1. CHEM105(Winter2017),NUIThighlightedinnovationsinmyfreshmanseminaroncreating
nanoscienceexperts
2. CHEM105(Winter2014),afreshmanseminarfocusedonTheHopeandHypeofNanotechnology,had
astheirfinalprojecttoconstructavideodescribingaconceptinnanoscience.StudentJoshuaKimand
teammadeaterrificYouTubevideocalled“WhatColorisGold?”
3. CHEM102(Winter2010)integratedseveralaspectsoftechnologyintofreshmenchemistry,including
LectureCapture,Clickers,DocumentCamera,andVoice-overWorkedProblems(ProfCast).Avideo
showingtheuseofthetechnologyplusstudentinterviewscanbefoundhere.Aspectswerealso
highlightedinanewsletterbyNorthwesternUniversity’sInformationTechnology(NUIT).
4. CHEM250wasfundedbyanNSF-NanotechnologyinUndergraduateEducationAward.Thisresearchbasedcoursewastwoquartersanddesignedforfreshmanandsophomores.Video-labmoduleswere
developedandcanbefoundat:http://www.nanoed.org/courses/nano_experiments_menu.html.
5. GEN-LA395-21wasdevelopedinresponsetoacallfromtheDeanofWCAStodesignJuniorSeminars.
Ourswasoneofthreeselectedfortheinauguralyear,andtheonlyscienceone.Thislab-basedcourse
innanotechnologyhadsophomoresandjuniorsfromchemistry,biology,English,andmaterialsscience.
CV:TeriW.Odom(April2017)
p.39of47
6. CHEM445wasdesignedforadvancedundergraduatesandgraduatestudentsandhadinstrumentation
trainingsostudentscouldobtaintrainingonsophisticatednanoscaleinstrumentation.AHewlettAward
forInnovationsinUndergraduateTeachingwasusedtofundthesenano-trainingactivities.
7. OthercoursesbenefitedfromtheseminarsandworkshopsattendedasaSearleFellow(2004)aspart
oftheSearleCenterforExcellenceinTeaching.
8. IhavecontributedtwochapterstodifferentbooksinNanoscaleEducationonthedesignofresearchbasedcoursesinnanotechnology.
UndergraduateStudentsAdvisedinResearch
1.
2.
3.
4.
5.
6.
7.
ChristianJacobson(WCAS,2016)
StephanieWerner(WCAS,2016)
AliceOu (McC,2014)
RaymondLee
(WCAS,2014)
HopeCaughron
(McC,2014)
RuilongMa
(McC,2013)
KelseyStoerzinger (McC,2010)
Ph.D.program,RiceUniversity(2016)
Ph.D.program,UWisconsin(2016)
8.
9.
10.
11.
12.
13.
MattChia TomMcDonald
NumrinThaitrong
ScottPrice LauraHughes
JeffreyWille
Applyingtomedicalschool
Medicalschool
Ph.D.program,GeorgiaTech
ChurchillFellowshipinCambridge,England(2010)
Ph.D.program,MIT(2011)
Applyingtomedicalschool
Ph.D.program,UCBerkeley
Ph.D.program,UCBerkeley
Ph.D.program,UCSantaBarbara
Ph.D.program,StanfordUniversity
ForensicsMaster’sProgram,UIC
(WCAS,2009)
(WCAS,2007)
(WCAS,2006)
(WCAS,2006)
(WCAS,2006)
(WCAS,2004)
UndergraduateStudentAwards
HopeCaughron
UndergraduateResearchSumerGrant,NorthwesternUniversity(2013)
MattChia
NSECREUAcademicYearProgram(2008)
LauraHughes
NSFPredoctoralFellowship(2007)
GatesCambridgeScholar(2006)
SarrettAward,NorthwesternUniversity(2005)
MathCADAward,NorthwesternUniversity(2005)
BarryA.GoldwaterFellowship(2005)
UndergraduateResearchGrant,NorthwesternUniversity(2004)
RaymondLee
UndergraduateResearchSummerGrant,NorthwesternUniversity(2013)
RuilongMa
ISENUndergraduateResearchFellowship(2010)
NSECREUAcademicYearProgram(2010)
ScottPrice
UndergraduateResearchSummerGrant,NorthwesternUniversity(2005)
CV:TeriW.Odom(April2017)
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UndergraduateResearchGrant,NorthwesternUniversity(2004)
KelseyStoerzinger
DOEPredoctoralFellowship(2011)
NSFPredoctoralFellowship(2011)
ChurchillFellowship(2010)
UniversityGuildScholarship(2009)
ASMChicagoRegionalCarlSamansAward(2009)
SocietyofWomenEngineersCaterpillarScholarship(2008)
ASMMaterialsEducationFoundationOutstandingScholarAward(2008)
MRSECREUAcademicYearProgram(2008)
NumrinThaitrong
UndergraduateResearchSummerGrant(2005)
ThomasMcDonald
REUSolidStateChemistryFellowship(2006)
ChristianJacobson
UndergraduateResearchSummerGrant,NorthwesternUniversity(2013)
DAADRiseFellowship(2014)
M.S.Students
1.PhoebeLi 2.DavidKarlin December2009
August2014 ChemicalEngineering
Chemistry
KaylaCulver
AlexHryn AnkunYang
CliffEngel YiHua
MarkHuntington DuncanDam
StevenLubin
JuliaLin
WeiZhou EunahYou ChristinaSweeney MinHyungLee
WareftaHasan
HanweiGao
ChristopherStender
JeremyBarton
JoelHenzie YelizavetaBabayan
June2017
December2016
June2016
July2015
June2015
January2015 December2014
December2013
December2012
December2012
June2012
June2011
June2010
December2009
June2009
December2008
June2008
December2007
December2007
TBD
ResearchScientist,Intel
PostdoctoralFellow,StanfordUniversity
ResearchScientist,Intel
ResearchScientist,Intel
McKinseyandCompany
PostdoctoralFellow,NorthwesternUniversity
ResearchScientist,Intel
ResearchScientist,Intel
AssistantProfessor,VirginiaTech
ResearchScientist,KRISS
ResearchScientist,Intel
AssistantProfessor,KyungHeeUniversity,Korea
AuraSense,Chicago,IL
AssistantProfessor,FloridaStateUniversity
MicroLinkDevices,Chicago,IL
PostdoctoralFellow,UCBerkeley
MANA-NIMSStaff,Tokyo,Japan
ResearchScientist,EliLily
Ph.D.Students
1.
2.
3.
4.
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6.
7.
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19.
Ph.D.Candidates
1. PriscillaChoo
(Ph.D.expected2021)
CV:TeriW.Odom(April2017)
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
JunGuo LucyLee NicWatkins
ThaddeusReese
EmmaCoughlin
TimothyFeliciano
RanLi
DongjoonRhee
TingtingLiu
JingtianHu Won-KyuLee
DanqingWang
KavitaChandra
MichaelKnudson
WeijiaWang
(Ph.D.expected2021)
(Ph.D.expected2021)
(Ph.D.expected2021)
(Ph.D.expected2020)
(Ph.D.expected2019)
(Ph.D.expected2019)
(Ph.D.expected2019)
(Ph.D.expected2019)
(Ph.D.expected2019)
(Ph.D.expected2018)
(Ph.D.expected2018)
(Ph.D.expected2018)
(Ph.D.expected2017)
(Ph.D.expected2017)
(Ph.D.expected2017)
GraduateStudentAwards
YelizavetaBabayan
FirstplaceposterprizeatIndustrialAssociatesmeeting(2007)
JeremyBarton
NSECFellow(2005)
NSECFellow(2004)
NSECFellow(2003)
KavitaChandra
BiotechnologyClusterFellow(2013)
HierarchicalMaterialsClusterProgramFellow(2013)
KaylaCulver
NDSEGGraduateFellowship(2012)
NSFGraduateFellowship,HonorableMention(2012)
BiotechnologyClusterFellow(2011)
NSFGraduateFellowship,HonorableMention(2011)
DuncanDam
MalkinScholarAward(2012)
HierarchicalMaterialsClusterProgramFellow(2010)
CliffEngel
NorthwesternRyanFellowship(2012)
NSFGraduateFellowship,HonorableMention(2012)
HierarchicalMaterialsClusterProgramFellow(2011)
NSFGraduateFellowship,HonorableMention(2011)
AlexHryn
NDSEGGraduateFellowship(2012)
HierarchicalMaterialsClusterProgramFellow(2011)
NSFGraduateFellowship,HonorableMention(2011)
HanweiGao
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CV:TeriW.Odom(April2017)
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MRSECFellow(2007)
LinkFoundationFellowship(HonorableMention,2007)
JoelHenzie
AwardforDistinctioninGraduateResearch,thesisprize(2008)
Firstprizein“ScienceasArt”competitionatSpring2007MRSMeeting
Selectedasoneof50U.S.-participantsinNobelLaureatesmeetinginLindau,Germany(2006)
MRSECFellow(2006)
MRSECFellow(2005)
SuchanskiPrize(2005)
MarkHuntington
NorthwesternPresidentialFellowship(2013)
DowSustainabilityChallenge,FirstPlace(2011)
NDSEGFellowship(2010)
NorthwesternRyanFellow(2010)
MichaelKnudson
NDSEGGraduateFellowship(2014)
HierarchicalMaterialsClusterProgramFellow(2013)
Won-KyuLee
MRSGraduateStudentSilverMedal(2017)
InternationalInstituteofNanotechnology(IIN)ResearchAward(2016)
NorthwesternRyanFellow(2016)
BestPaperAward,42thASMEDesignAutomationConference,forpaperYu,S.,Zhang,Y.,Wang,C.,
Lee,W-K,Dong,B.,Sun,C.,Odom,T.,andChen,W.,“CharacterizationandDesignofFunctionalQuasiRandomNanostructuredMaterialsusingSpectralDensityFunction”(2016)
MinHyungLee
OutstandingNSECResearchAward(2007)
NSECFellow(2006)
JuliaLin
InstituteofInternationalNanotechnology(IIN)ResearchAward(2010)
NSECFellow(2010)
NSECFellow(2009)
NSECFellow(2008)
StevenLubin
HierarchicalMaterialsClusterProgramFellow(2009)
AnkunYang
ChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2016)
MRSGraduateStudentSilverMedal(2015)
InstituteofInternationalNanotechnology(IIN)ResearchAward(2015)
IPMIStudentAward,HonorableMention(2014)
MRSECFellow(2013)
ChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2016)
WeiZhou
ChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2012)
CV:TeriW.Odom(April2017)
InstituteofInternationalNanotechnology(IIN)ResearchAward(2011)
MRSECFellow(2011)
MRSECFellow(2010)
NorthwesternRyanFellow(2009)
MRSECFellow(2009)
MRSECFellow(2008)
Ph.D.CandidateCommittees
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
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21.
22.
23.
24.
25.
26.
27.
28.
29.
30.
31.
32.
33.
34.
Myong-HanYoon(qualifyingexam,researchproposal,thesisdefense,T.J.Marks)
XiayouZhang(qualifyingexam,researchproposal,thesisdefense,R.P.VanDuyne)
ShuJin(qualifyingexam,researchproposal,thesisdefense,T.J.Marks)
BrooksJones(qualifyingexam,M.Wasielewski)
MattKern(qualifyingexam,T.J.Marks)
LoriFangLiu(qualifyingexam,J.T.Hupp)
JingZhao(qualifyingexam,R.P.VanDuyne)
ErinHicks(qualifyingexam,R.P.VanDuyne)
MattRussell(qualifyingexam,researchproposal,T.J.Marks)
AlexMartinson(qualifyingexam,researchproposal,J.T.Hupp)
AlexHains(qualifyingexam,researchproposal,T.J.Marks)
CanXiu(qualifyingexam,C.A.Mirkin)
HyukJinChoi(qualifyingexam,T.J.Marks)
JoshuaMiddendorf(qualifyingexam,G.C.Schatz)
Jae-sungLee(qualifyingexam,researchproposal,C.A.Mirkin)
AdamPelzer(qualifyingexam,researchproposal,T.Seideman)
GraceYin(qualifyingexam,researchproposal,F.M.Geiger)
JessicaLensch–MaterialsScience(qualifyingexam,thesisdefense,L.Lauhon)
AriAtkinson(qualifyingexam,C.M.Mirkin)
PatrickHayes(qualifyingexam,F.M.Geiger)
ChoogikKim(qualifyingexam,T.J.Marks)
JeffMcMahon(qualifyingexam,researchproposal,thesisdefense,G.C.Schatz)
DanielBailey(qualifyingexam,S.I.Stupp)
AlexanderGreen–MaterialsScience(qualifyingexam,M.Hersam)
RichardAhn(qualifyingexam,T.O’Halloran)
MatthewBanholzer(qualifyingexam,C.A.Mirkin)
AndrewSensei(qualifyingexam,researchproposal,C.A.Mirkin)
Myung-GilKim(qualifyingexam,researchproposal,T.Marks)
KenEvereats(qualifyingexam,T.Marks)
KaylieYoung(qualifyingexam,C.A.Mirkin)
TravisGras(researchproposal,thesisdefense,F.Stoddart)
LaurenKreno(qualifyingexam,R.P.VanDuyne)
FelixAmankona-Diawuo(qualifyingexam,T.Seideman)
SiChen(thesisdefense,ChalmersUniversity,24May2013,M.Kall)
OtherActivitiesInvolvingUndergraduates
1. AdvisorintheCenterREUsummerprograms(NSEC,MRSEC,PSOC)since2004
MeredithHartley(MRSEC2013)
p.43of47
CV:TeriW.Odom(April2017)
p.44of47
RuilongMa(ISEN2010)
MelissaRangel(MRSEC2010)
JonathanLeibowitz(PSOC2010)
NicoleSanchez(NSEC2010)
AlexRobles(NSECREU2009)
LeslieWalker(MRSECREU2008)
MattChia(NSECREU2008)
DeborahWang(MRSECREU2007)
WilfredoSifuentes(NSECREU2007)
SamNyok(CalvinCollege,NSECREU2006)
LisaBrown(LouisianaStateUniversity,MRSECREU2006)
LauraHughes(NorthwesternUniversity,NSECREU2005)
JenniferWang(RiceUniversity,NSECREU2004)
2. ParticipantintheNSFNUEPeerEvaluationCollaborative
SUNYBinghamptom,NY(July2004)
OUTREACHTOPUBLIC
PublicLecturesinChicagoandotherUSCities
1. NorthwesternWeWillCampaign,LosAngeles,CA.“MakingPreciousMetalsMorePrecious,”February
20,2016.
2. CurrentEventsClassofEvanston,Evanston,IL.“NanoandYou:EvaluatingthePromiseof
Nanotechnology,”May21,2009.
3. ScienceCaféattheWilmettePublicLibrary,Wilmette,IL.March11,2009.
4. 2008ChicagoHumanitiesFestival:THINKINGBIG,Chicago,IL.November2,2008.
5. MuseumofScienceandIndustryandUniversityofChicago,Chicago,IL.“Innovationsin
Nanotechnology,”January26,2008.
6. ComptonLectureSeries,UniversityofChicago,Chicago,IL.“TheColorfulNanoworld,”October28,
2006.
7. ChicagoScienceExpedition:Nanotechnology:ThinkingBigandBuildingSmall,HaroldWashington
College,Chicago,IL.“TheColorfulNanoworld,”October5,2006.
ResearchExperienceforTeachers(RET)Program
ProgramDirectorforRETProgramforNSEC,2003,2004,2005
ProgramDirectorforRETProgramforMRSEC,2003
HighSchoolTeachersandStudents
Everyyearsince2004,ahighschoolteacher(previouslyanRETparticipant)andhisstudentsfromNew
TrierHighSchoolvisitthelabforahalfdaysymposium.Thisfieldtripconsistsofpresentationsfrommy
graduatestudentsaswellastoursofourlabandthefacilitiesinCookHall.In2006,wetestedsomeofour
benchtopnanoscaleexperimentswiththehighschoolstudents.Wehavehostedstudentseveryyearsince
2007,wherewecontinuetotestbenchtopnanoscaleexperimentswithhighschoolteachersfromNew
Trier.
TutorialsandWorkshopsforScientistsandEngineers
CV:TeriW.Odom(April2017)
p.45of47
Everyyearsince2003,Ihavegiventutorialsonthesynthesisandassemblyofnanowiresandnanotubes
throughtheASMENanoBootcampprogram.Ihavealsobeeninvitedtogivetutorialsonthesynthesisand
characterizationofnanostructuresandnanofabricationaspartoftheNSFSummerInstituteat
Northwesternin2005and2006.Seminarson“IntroductiontoNanofabrication”arealsopresentedtohigh
schoolteachersandREUstudentsaspartofmyparticipationintheNCLTin2005and2006.
DEPARTMENT,UNIVERSITY,NATIONALANDINTERNATIONALSERVICE
DepartmentalService
2016-2017
2016-current
2015-current
2015
2014
2013-2016
2013-2014 2012-2014
2010-2012
2010-2011 2009-2010 2008-2011 2007-2009 2006-2007 2004-2006 2004-2006 2003-2004 2003-2005 2003-2004 2003
2003
2002-2005 2002-2003 (Chair)FacultySearchCommittee,Chemistry
MemberofStrategicHiringPlanCommittee,Chemistry
AssociateChair,Chemistry
(Chair)FacultySearchCommittee,Chemistry
EdmundW.GelewitzAwardInterviewCommittee
FacultySenateRepresentative,Chemistry
MemberofFacultySearchCommitteeforMaterialsScienceandEngineering
JuniorFacultyMentoringCommittee
VisionCommittee
(Chair)JuniorFacultyMentoringCommittee
JuniorFacultySearchCommittee
(Chair)PhysicalChemistryDivision
ChemicalDiversityCommittee
FacultySearchCommittee
ColloquiumandSeminarCommittee
ExecutiveCommittee
(Chair)GraduateStudentAdvisingCommittee
(Chair)WebpageCommittee
PhysicalChemistryWinterQuarterSeminarOrganizer
FinanceCommittee
StockroomCommittee
GraduateAdmissionsCommittee
DepartmentalFallPicnicCommittee
CollegeService
2007-2009
2007
WCASCurriculumCommittee(appointedbyDean’soffice)
AdhocCommitteeforTenureReview(appointedbyDean’soffice)
UniversityService
2016-current
2016-2017
2016
2015-current 2015-current
2015-current 2015
2014
2014
AssociateDirector,InternationalInstituteofNanotechnology(IIN)
(Chair)FacultySearchCommittee,IIN
AdhocmemberforLimitedSubmissionsforPackardFellowship
ProvostInitiativeonSupportforFacultyExcellence,AdvisoryCommitteeMember
AmericanCancerSocietyInstitutionalResearchGrantReviewCommittee
BiotechnologyTrainingProgram(BTP)ExecutiveCommittee
AdhocmemberforLimitedSubmissionsforPackardFellowship
MemberofWeinbergCollegeDeanSearchCommittee
MemberofSeniorVicePresident(SVP)SearchCommittee
CV:TeriW.Odom(April2017)
2014
2014
2014-2016
2013-2016
2013
2013
2012
2011-2013
2011
2010
2010-2011 2010-2011 2010
2010-current 2009
2006-2009 2006-current 2006
2006-2007 2005-current p.46of47
OfficeofResearchIntegrityInvestigationCommitteeMember
AdhocmemberforLimitedSubmissionsforPackardFellowship
MemberofNUMicro/nanofabricationFacilityOversightCommittee
MemberofChicagoCollaborationforWomeninSTEM
AdhocmemberforLimitedSubmissionsforPackardFellowship
AdhocmemberforLimitedSubmissionsNSFScalableNanomanufacturingProposal
AdhocmemberforLimitedSubmissionsforPackardFellowship
NUMicro/nanofabricationFacilityOversightCommittee(Chair)
AdhocmemberforLimitedSubmissionsforPackardFellowship
(Co-Chair)AreasofDistinctionCommittee,StrategicPlanningforUniversity
(appointedbyProvost’soffice)
CookMicrofabricationFacilityFacultyOversightCommittee
NUFABFacilityFacultyOversightCommittee
AdhocmemberforLimitedSubmissionsforPackardFellowship
RyanFellowshipSelectionCommittee
AdhocmemberforLimitedSubmissionsMajorResearchInstrumentation
LimitedSubmissionsCommittee(appointedbyVPR)
MRSECSharedFacilitiesCommittee
AdhocmemberforLimitedSubmissionsCommitteeforPackardFellowship
MicrofabricationandNanofabricationCommittee(appointedbyVPR)
Keck-IIFacilityFacultyUserCommittee
NationalService
2017
2016
2016
2016-current 2015-current 2014
2012-2016 2012-2015 2012
2012
2012
2012
2011-2015 2011
2011
2011
2010
2010
2010
2010
2008-current 2008
2007-2008 HHMIProfessorsReviewer
NSFChemistryCommitteeofVisitors(COV),Member
TREEResearchCorporationAwardSelectionCommittee,Member
(Chair)NIHEBITStudySection
(Chair)MRSInnovationinOutstandingYoungInvestigatorSubcommittee
NSFGranteesNanoMeeting,co-organizer
NIHEBITStudySection,StandingMember
ACSGraduateEducationAdvisoryBoard(GEAB)
ACSPostdoc-to-FacultyAdvisoratACSFall2012Meeting
ACSDivisionofInorganicChemistry(DIC)NanoscienceSubdivisionChair
ACSDICYoungInvestigatorAwardCommitteeMember
CottrellScholarCollaborativeNewFacultyWorkshopMentor
CottrellScholarAdvisoryCouncil(CSAC),ResearchCorporation
ACSCareerPathwaysWorkingGroup(Academe),AmericanChemicalSociety
ACSDivisionofInorganicChemistry(DIC)NanoscienceSubdivisionChair-elect
Co-editorofaspecialissueon“Plasmonics”forChemicalReviews
NSFMacromolecular,SupramolecularandNanochemistry(MSN)WorkshopModerator
PeerChoiceexperimentwithChemicalPhysicsLetters
Japanese-AmericanKavliFrontiersofScience(JAFOS)PlanningGroupMember
CottrellScholar2010ConferenceProgramCommittee
TenureandPromotionReviewExternalLetterWriter
Japanese-AmericanKavliFrontiersofScience(JAFOS)PlanningGroupMember
CottrellScholar2008ConferenceProgramCommittee
CV:TeriW.Odom(April2017)
2007-2010
2006-2008
2006-2007
p.47of47
CenterforNanoscaleMaterials(CNM)UserExecutiveCommitteeatArgonneNational
Laboratory
Co-editorofaspecialissueon“FrontiersinNanoscience”forAccountsofChemical
Research,December2008
MemberofBasicEnergyScienceAdvisoryCommittee(BESAC)GrandChallenges
SubcommitteefortheDepartmentofEnergy(DOE).Involvesconstructingdocument
containingGrandChallengesandparticipatingintheDOEworkshops(August3-5,2006,
Washington,DC;October6-7,2006,Evanston,IL;July31–August2,2007,Washington,DC;
August20-21,2007,Boston,MA)
ProfessionalServiceandBoards
2013-current 2017-current 2016-current 2016-current
2015-current 2014-current
2013-current 2013-current 2010-2011 2010-2013 2010-current 2010-current 2009-current 2009-2011 2008-2010 ExecutiveEditor,ACSPhotonics(ACS)
(Chair)ScialogAdvisoryCouncil,ResearchCorporationforScienceAdvancement
InternationalScienceAdvisoryBoard,MacDiarmidInstitute
ChemicalSocietyReviewsAdvisoryBoard
EditorialCommittee,AnnualReviewofPhysicalChemistry
InternationalAdvisoryBoard,ChemNanoMat(Wiley-VCH)
AdvisoryBoardMember,MaterialsHorizons(RoyalSocietyofChemistry,RSC)
EditorialAdvisoryBoard,Nanospectroscopy
MRSAfricaSubcommitteeonAfricaMRSactivities
AssociateEditor,ChemicalScience(RSC)
EditorialAdvisoryBoard,NanoLetters(ACS)
EditorialAdvisoryBoard,ACSNano(ACS)
AdvisoryEditorialBoard,ChemicalPhysicsLetters(Elsevier)
EditorialAdvisoryBoard,JournalofPhysicalChemistry(ACS)
AssociateEditorfor“NanostructuredSurfaces,”inComprehensiveNanoscienceand
Technology(Elsevier)