ACAD107891

The School of Mathematics at the University of Bristol is seeking to appoint a Research Associate/Senior Research Associate to perform cutting-edge academic research on the dynamics of many-body quantum systems and quantum field theory. The post-holder will join the research group of Dr. Mike Blake, with a focus on many-body quantum chaos, transport in strongly correlated systems and entanglement dynamics. Applicants from any area of theoretical/mathematical physics whose research connects to these topics are encouraged to apply - including those from high energy theory, condensed matter, quantum information theory and mathematical physics backgrounds. The position is expected to be available for 3 years, with an anticipated start date of 1^st September 2025.

• You have, or be close to completing, a PhD in theoretical/mathematical physics (broadly interpreted and including but not limited to high energy theory, condensed matter, quantum information theory, mathematical physics).
• A strong record of relevant publications in high-quality international journals.
• A good understanding of the relevant research literature
• Doctoral research experience related to many-body quantum dynamics, e.g. in the context of holography, SYK models, quantum circuits or similar models.
• Evidence of significant research results e.g. publications in high-quality international journals (e.g. PRL, PRX etc).
• Able to articulate ideas clearly and logically
• Able to complete high-quality academic publications
• Able to work with others in a team and also independently
• Excellent written and oral communication
  
  This position is supported by a research grant of Dr. Blake. Post-holders will be expected to work on research topics broadly connected to the themes of the project, with Dr. Blake and/or independently. Areas of research to which the post-holder could contribute, depending on research interests and expertise, could include:
• Developing effective field theory descriptions of many-body quantum chaos [e.g. using Schwinger-Keldysh techniques].
• Developing rigorous bounds on transport in many-body quantum systems.
• Developing coarse-grained descriptions of entanglement dynamics in many-body quantum systems and/or black holes using the entanglement membrane.
Researchers will also have autonomy to develop their own research projects within the broad scope of the project. Additionally they will be expected to disseminate research findings through regular peer-reviewed publications and presentation/attendance at international conferences.