Physics: Fully Funded PhD Studentship: Quantum Information Science

Employer
Swansea University
Location
Other
Posted
August 21 2017
Position Type
Full Time
Organization Type
Academia

Applications are invited for a fully funded PhD position at the Department of Physics in the College of Science at Swansea University (Wales) to develop research in the field of theoretical quantum information. The successful candidate will be supervised by Dr Markus Müller (http://www.markus-mueller.website).


Project Supervisors: 


Project description: 


We seek a highly motivated PhD student to join our recently established theory group and work on:


  • Fault-Tolerant Quantum Computing,

  • Topological Quantum Error Correction, and

  • Protocols for Implementation of Quantum Information Processing in State-of-the-Art Quantum-Optical and Solid-State Systems. 

Quantum information science is a vibrant research field, which at a fundamental level aims at understanding the relationship between quantum physics and information. From a more practical viewpoint, research in this field intends to harness quantum effects for new ways of processing information, e.g. for the development of quantum computers. This PhD project is part of an international research collaboration, which in a combined effort of theoretical and experimental research aims at storing, protecting and processing fragile quantum information in so-called logical qubits, which outperform their constituting physical qubits. This is a key achievement to be reached in quantum error correction (QEC), on the route towards the realisation of large-scale fault-tolerant quantum computers. 


The theory research of this project will focus on, but is not limited to, the theoretical development of realistic schemes for fault-tolerant quantum information processing in state-of-the-art AMO and solid-state systems, in particular scalable trapped-ion architectures. One aim will be the development of such protocols, based on most modern approaches to QEC, and numerical and analytical studies of their performance under realistic noise sources. On the other hand, this will be accompanied by work on realistic schemes for quantum error correction in medium-scale experimental systems that are developed and explored by experimental colleagues collaborating with our group. 


Further information on the research activities, interests and members of our group can be found at www.markus­mueller.websiteThe envisioned starting date for this studentship is 1st of January 2018. 



This job comes from a partnership with Science Magazine and Euraxess