10 quantum-cryptography positions at University of Nottingham

Research Fellow in Quantum Simulation of topological phases and many-body dynamics with Rydberg interactions (Fixed term)

this scale is subject to performance. Closing Date:  Thursday 06 June 2024 Interview Date: To be confirmed Reference:  SCI279423X2 We seek to recruit a Research fellow in Quantum Simulation of many-body

Research Associate/ Fellow in Quantum Technology (fixed term)

on theoretical support for the development of atomic quantum sensors within an experimental team at the University of Nottingham. The work will focus on modelling the behaviour of neutral atoms interacting with

PhD studentship in computational design of materials for quantum technologies

. Fully-funded PhD project (UK Students Only) About the project A PhD studentship in computational design of materials for quantum technologies is available in the research group of Dr Katherine Inzani

PhD Studentship: University of Nottingham – School of Chemistry Doping quantum radical metal-organic frameworks – DISCO MOF

-organic frameworks (MOFs) as quantum materials. We are particularly interested in developing methods to control and characterise disorder in MOFs to generate new and exotic magnetic and electronic behaviour

PhD studentship in Physics and Astronomy

View All Vacancies Physics & Astronomy Location:  UK Other Closing Date:  Friday 26 April 2024 Reference:  SCI270 NQI- Nottingham Quantum Institute The NQI is happy to announce the availability of 6

Research Fellow/Associate (fixed term)

QUADCOMB “Towards a practical quantum advantage: Confronting the quantum many-body problem using quantum computers” (under the UKRI Guarantee scheme). Topics include: Quantum many-body dynamics Quantum

Research Associate/Fellow (Fixed term)

of the School of Physics and Astronomy, University of Nottingham, to be supervised by Kay Brandner and Juan P. Garrahan. Topics of interest include but are not limited to: non-equilibrium dynamics of quantum and

PhD Studentship: Uncertainty quantification for machine learning models of chemical reactivity

algorithms and to assess when AI predictions are likely to be correct and when, for example, first principles quantum chemical calculations might be helpful. Predicting chemical reactivity is, in general, a

PhD Studentship: EPSRC-funded four-year PhD studentships in the Synthesis and Use of Novel Materials to Enhance Medical Imaging at the University of Nottingham, in partnership with the University of Queensland, Australia

, development of novel methods of their delivery and the use nanosized diamonds as quantum sensors and to enhance image contrast. This project will also incorporate medical imaging with 3D printing (3DP

3-year PhD studentship: 3D printing of low dimensional materials for sensing

benefit from alignment with other programmes such as those provided by the Quantum Technology Sensing and Timing Hub, which our groups are members of. Eligibility •    Due to funding restrictions