PhD Studentship: Theory of Topological Quantum Many-Body Systems

This PhD studentship explores theoretical questions at the intersection of topological physics, quantum many-body systems, and quantum simulation using ultracold atoms. Hosted by the University of Birmingham's School of Physics and Astronomy, the project investigates how topology and quantum geometry interact with nonlinear dynamics and dissipation. The research contributes directly to ongoing optical lattice experiments and aligns with a broader EPSRC-funded Programme Grant in quantitative quantum simulation. The successful candidate will apply analytical calculations and computational methods to uncover new quantum phenomena.

• Conduct theoretical investigations into topological physics and quantum many-body systems
• Perform analytical calculations and computational modeling of quantum states
• Study the interplay between topology, quantum geometry, dynamics, nonlinearity, and dissipation
• Collaborate with experimental and theoretical researchers across the UK within the EPSRC Programme Grant framework
• Contribute findings to inform future optical lattice experiments using ultracold atoms
• Publish research results in peer-reviewed journals and present findings at academic conferences