Howtoincreaselight‐matterinteractioninGraphene?
Supervisor:Bo‐HongLi,SanshuiXiaoandNielsAsgerMortensen
Projecttype:BachelororMaster
Projectarea:DTUFotonik,NanophotonicsCluster,SEM
Projectdescription:
Graphenehasattractedlotsofattentionduetoitsremarkable
electronicandopticalproperties,thusprovidinggreatpromisein
photonicsandoptoelectronics.However,theperformanceof
thesedevicesisgenerallylimitedbytheweaklight‐matter
interactioningraphene(only2.3%absorptionoflight).This
projectistoenhancelight‐matterinteractioningraphenebyuse
ofnoblemetalnanostructures.
Inthisproject,yourtaskscouldbefocusedonthefollowingtopics:
 Numericalevaluationoflight‐matterinteractioninhybridmetal‐graphenesystems
 Nanofabricationofmetallicnanostructures
 Chemicaltransferofsingle‐layergraphene
 Opticalevaluationofthelight‐matterinteractioninmetal‐graphenehybridsystem.
 RamansignalfromGraphenewithorwithoutmetalnanostructures.
Contactpersons:
Post‐docBo‐HongLi AssociateProfessorSanshuiXiao
Email:[email protected]
Email:[email protected]
Tel:45256568 Tel:45256362 Address:Building:343,Room106 Address:Building:345V,Room181