University of Sussex
School of Mathematical and Physical Sciences
Department of Physics and Astronomy
Frontiers of Quantum Technology MSc
www.sussex.ac.uk/physics
Why Sussex?

World-renowned research
The Department offers excellent supervision from our leading researchers
in the areas of Astronomy, Atomic, Molecular and Optical Physics,
Experimental Particle Physics and Theoretical Particle Physics. 95 per cent
of our Physics research activity is rated as 'internationally recognised' or
higher, with 15 per cent rated as 'world leading' in the most recent
Research Assessment Exercise (2008).

Teaching excellence
Physics at Sussex was ranked 5th for teaching satisfaction in the most
recent National Student Survey (NSS 2013). Our teaching inspires our
students which is why we were rated 1st for both being enthusiastic about
teaching, and teaching an intellectually stimulating course. Physics at
Sussex was ranked 2nd on student staff ratio (The Guardian 2013). In 2009,
one of our lecturers won UK Lecturer of the Year award.

Fantastic career prospects
Our Physics graduates are in high demand and we are ranked joint 3 rd for
graduate prospects in the Times Good University Guide Comparison 20092012.The department actively engages with employers in the South East
region through South East Physics Network (SEPnet), thus ensuring an
excellent match between their requirements and the skills and versatility
that our students develop during their degree. Many of our graduates also
go on to pursue further studies both here and at other institutions.

High student satisfaction
We boast high student satisfaction. Physics at Sussex was ranked 1 st, with
100% satisfaction, in the most recent National Student Survey (NSS 2013).
We were also ranked joint 4th for overall satisfaction in the Guardian
University Guide 2014 and the Complete University Guide 2014.

Fabulous location
We are situated on the edge of the beautiful South Downs National Park.
The delights of Brighton are only nine minutes away by train, for clubs,
music, shopping and the arts, or even for a paddle in the sea. London is
just one hour away by train. Excellent travel links connect us to Europe and
the world via nearby Gatwick Airport.
Frontiers of Quantum
Technology MSc
Overview
Course content (part-time)
The exploration of quantum phenomena at
the scale of single atoms and photons has
recently led to extraordinary applications of
quantum entanglement such as quantum
teleportation, quantum cryptography, and
quantum computing. The degree of control
exerted over these systems is reflected in
the term ‘quantum technology’, describing
both experimental and theoretical
developments in this area. The course is
for you if you have an interest in the
wonders of quantum physics and a desire
to exploit its full power. This MSc can be
taken in an experimental or theoretical
mode and has a strong research
component embedded in one of our
renowned research groups. On this
course, you will develop unique
experimental or theoretical techniques
enabling you to pursue further studies or a
career in industry.
Part-time study consists of the same modules
and options as in the full-time programme, but
these are spread over two years.
Course content (full-time)
Your time is split equally between taught
modules and a research project. You have
a supervisor who oversees your work in
general and is responsible for supervision
of your project.
What our students say
‘It is such a great experience working in a
world-renowned research group such as the
Ion Quantum Technology (IQT) Group at
Sussex, developing exciting powerful quantum
technology such as the quantum computer
which has the potential to significantly impact
the world we live in.’
Sebastian Weidt
Recent PhD graduate
Ion Quantum Technology Group
Supervisors and topics are allocated early
in the course. In many cases the projects
form the basis of research papers later
published in scientific journals.
You take the four core modules - AtomLight Interactions • Quantum Optics and
Quantum Information • Electrons, Cold
Atoms and Quantum Circuits •
Experimental Quantum Technology
Early in the course you will also begin work
on a research project
Sebastian working with his research group on
trapped single ions.
UK admission requirements
A first- or second-class undergraduate honours degree in a physics- or
mathematics-based degree. Degrees in other subjects will be considered on an
individual basis.
Overseas admission requirements
Please refer to column B on the Overseas qualifications table:
www.sussex.ac.uk/study/pg/applying/2014entry/international/
overseasqualifications
For the programme of study and list of available course options,
please consult our online prospectus:
www.sussex.ac.uk/physics/pgstudy/2014
For more information about our research, visit:
www.sussex.ac.uk/physics/research
For information about Funding and Fees, visit:
www.sussex.ac.uk/physics/pgstudy/funding
Further information
If you have specific questions, please contact:
E [email protected]
T +44 (0)1273 878557
To apply online
Visit www.sussex.ac.uk/study/pg/applying