Discovering quantum materials with superconducting circuits

Quantum materials underpin key emerging technologies in quantum computation, sensing, and low-energy electronics (e.g. topological insulators, topological superconductors, spin liquids, superfluid He). Their behaviour is governed by many-body correlations and subtle forms of order that are often inaccessible to classical probes. Superconducting quantum circuits provide a uniquely sensitive platform for validating simple quantum devices by measurements that directly reflect the underlying quantum state [1]. What is currently missing is a theoretical framework for validating the quantum models for devices containing quantum materials. The project addresses this gap by developing measurement protocols which test the Hamiltonian hypothesis and hence support the materials discovery process. 

[1] E. Lupo et al. arxiv :2502.07748

Open to any UK or international candidates.

You will need to meet the minimum entry requirements for our Physics PhD programme.

Desired experience: engagement with quantum science and/or quantum computing through projects and/or additional study. Experience with superonducting circuits modelling or quantum information or solid state physics.