ÑÇÖÞÇéÉ«

Current research interests by group member

Prof Xavier Calmet

Prof Calmet works on Classical and Quantum Gravity (including quantum effects in black holes and in the early universe) and on Quantum Sensors for Fundamental Physics. He is a member of the QSNET collaboration.

For more information, please take a look at Prof Calmet's.

Prospective MSc or PhD candidates are welcome to contact Prof Calmet.

Dr Antoine Dahlqvist

Dr Antoine Dahlqvist works on Random Matrices and Stochastic Analysis with applications to Quantum Gauge Theories and large N limits.

For more information, please take a look at Dr Dahlqvist's .

Prospective MSc or PhD candidates are welcome to contact Dr Dahlqvist.

Prof Jacob Dunningham

Prof Dunningham works on the theory of quantum technologies. He is particularly interested in quantum networks and how quantum effects can be used to enhance the performance sensing, metrology and communications.

For more information, please take a look at Prof Dunningham's .

Prospective MSc or PhD candidates are welcome to contact Prof Dunningham.

Prof Michael Melgaard

Prof Melgaard works on mathematical analysis, linear and nonlinear PDEs and mathematical physics, in particular the mathematics of quantum systems.

For more information, please take a look at Prof Melgaard's .

Prospective MSc or PhD candidates are welcome to contact Prof Melgaard.

Dr Nicholas Simm

I work on random matrix theory and related topics: limits theorems for log-correlated fields and Gaussian multiplicative chaos, spectral properties of large random matrices, applications to quantum chaotic systems. My research is funded by a Royal Society University Research Fellowship.

Click  for my homepage or here for my email. PhD and postdoc enquiries are welcome.