[Fully funded PhD studentship.]

This fully funded PhD studentship at the University of Birmingham offers an exciting opportunity to investigate superradiance and subradiance states in an entangled ensemble of strontium atoms within a 3D optical lattice. The project focuses on quantum effects arising from strong interactions among atoms, where superradiance leads to enhanced emission through constructive interference, and subradiance results in inhibited emission via destructive interference. These phenomena are central to quantum optics and have significant implications for quantum information processing, including the creation of dark states for quantum storage.

As a PhD student, you will join a dynamic research group comprising postdoctoral researchers and fellow PhD students, working with state-of-the-art facilities. The research aims to explore collective atomic responses, extend studies to 3D lattices, and advance understanding of quantum emission behaviors. The project is ideal for candidates with a strong background in physics, particularly those interested in quantum optics, atomic physics, and experimental research.

The studentship is fully funded, covering tuition and stipend. Applicants should hold a good undergraduate degree in physics or a related discipline, with laboratory experience and familiarity with quantum mechanics considered advantageous. English language proficiency may be required for international applicants. The application deadline is 16 April 2026.

To apply, submit your application via the University of Birmingham portal and contact Professor Yeshpal Singh ([email protected]) for further information. This position provides a unique opportunity to contribute to cutting-edge research in quantum physics and atomic ensembles, with potential impact on quantum information technologies.