International Association
for Cryptologic Research

We are seeking an outstanding, highly motivated and enthusiastic PhD student to conduct research related to quantum cyber security. Rapid development of quantum computers poses serious risks to data and communication security. Quantum and post-quantum cryptography technologies provide means to tackle these challenges. In this adventurous experimental PhD project, we will be working on a hybrid solution combining the two technologies.

The successful applicant will be experimentally developing quantum light sources in atomically thin graphene-like materials (Nobel Prize 2010) suitable for quantum communication applications. The PhD student will also be developing hybrid post-quantum secure cryptography protocols based on the experimental outcomes.

The project will involve nanofabrication, optical and electron transport measurements, scanning probe microscopy, instrumentation development and collaborations with academia and industry.

The student will be part of the School of Mathematics, Statistics and Physics with its world-class measurement facilities and cleanrooms, and the Secure and Resilient Systems Research Group part of the accredited centre of excellence in cyber security research, one of only 19 accredited centres of excellence in the UK.

Eligibility Criteria: You must have, or expect to gain, a minimum 2:1 Honours degree or international equivalent in Physics or Materials Science. Solid knowledge of quantum physics and familiarity with Cryptography and Cyber Security are required.

Closing date for applications:

Contact:

Dr Aleksey Kozikov (aleksey.kozikov@newcastle.ac.uk)

Dr Essam Ghadafi (Essam.Ghadafi@newcastle.ac.uk)

More information: https://www.findaphd.com/phds/project/phd-studentship-in-cyber-security-and-resilience-hybrid-quantum-and-post-quantum-technologies-for-security-by-design-solutions/?p155499