Non-equilibrium Behaviour in Interacting Quantum Matter Coventry University in United Kingdom

This PhD project at Coventry University explores the fascinating realm of non-equilibrium behaviour in interacting quantum matter, a central theme in modern physics. The research focuses on collective dynamics in many-body quantum systems, drawing conceptual links to classical phenomena such as flocking, swarming, and phase separation, but extending these ideas into the quantum domain where emergent properties are intrinsically non-classical.

Recent advances in controlling open quantum systems—through engineered dissipation, periodic driving, and measurement-based feedback—enable manipulation of energy at the level of individual quantum degrees of freedom. This project leverages these developments to investigate whether concepts from classical active and driven matter can be meaningfully applied to quantum systems. Building on proof-of-principle work by the Principal Investigator, the student will conduct theoretical and computational research on quantum systems driven far from equilibrium.

Research directions include modelling driven and dissipative quantum dynamics using master equations and discrete-time evolution, exploring collective transport and pattern formation, analysing nonequilibrium steady states, correlations, and fluctuations, and identifying the roles of coherence, dissipation, and measurement in emergent collective behaviour. The project is primarily theoretical, but maintains close connections to experimentally relevant platforms such as cold atoms, photonic systems, and superconducting quantum devices.

The student will join the Centre for Fluid and Complex Systems and the Statistical Physics Group, benefiting from comprehensive research training and career development support through the Doctoral and Researcher College. Funding includes tuition fees and a bursary (stipend), ensuring financial support throughout the PhD.

Applicants should have a strong academic background in physics, applied mathematics, or a related discipline, with relevant experience in quantum mechanics, quantum many-body physics, statistical or nonequilibrium physics, analytical and numerical modelling, and programming (Python, Julia, MATLAB, C++). English language proficiency (IELTS 6.5 overall, minimum 6.0 in each component) is required. The ideal candidate is motivated, mathematically inclined, and eager to tackle fundamental questions at the interface of nonequilibrium and quantum physics.

To apply, prospective candidates should first contact Dr Sascha Wald at [email protected], providing a full CV and transcript of grades before completing the formal application process. The application deadline is March 29, 2026.