Quantum computation through the lens of many-body physics

10 Sept 2025, 08:00 → 12 Sept 2025, 18:00 GMT

Christ's College Cambridge

The purpose of this workshop is to explore connections between quantum information processing and many-body physics. We aim to bridge the gap between two complementary ways of looking at many-qubit systems: on the one hand, as externally controlled computational devices, and on the other as autonomous dynamical systems, capable of self-organisation. The discussion will focus on recent developments in our understanding of many-body quantum dynamics, including circuit dynamics, hydrodynamics, and error correction, as well as computational questions relating to quantum simulation, complexity, and the development of new quantum algorithms. We hope to bring together researchers in the UK and internationally to promote exchanges of ideas and the fostering of new networks between these two communities.


List of speakers

Mike Blake (University of Bristol)

Alioscia Hamma (University of Naples Federico II)

Wen Wei Ho (National University of Singapore)

Alex Jacoby (Princeton University)

Curt von Keyserlingk (King's College London)

Sun Woo Kim (King's College London)

Pavel Kos (Max Planck Institute of Quantum Optics, Munich)

Robert König (TUM)

Achilleas Lazarides (Loughborough University)

Oliver Lunt (University of Oxford)

Daniel Malz (University of Copenhagen)

Paola Ruggiero (King's College London)

Colin Rylands (University of Coventry)

Sergii Strelchuk (University of Oxford)

Georgios Styliaris (Max Planck Institute of Quantum Optics, Munich)

Frank Verstraete (University of Cambridge)

Takato Yoshimura (University of Oxford)

Carolyn Zhang (Harvard University)

Organisers

Bruno Bertini (Birmingham)

Benjamin Doyon (KCL)

Dávid Horváth (KCL)

Katja Klobas (Birmingham)

Max McGinley (Cambridge)

Lucas Sá (Cambridge)

 

 

MAP.pdf

Wednesday 10 September

1 Average-computation benchmarking for local expectation values in digital quantum devices

Speaker: Pavel Kos

2 Quantum Circuit Complexity of Tensor Network States and Unitaries

Speaker: Georgios Styliaris

10:30 Coffee break

3 Complexity of injective PEPS

Speaker: Daniel Malz

4 Universality and phase transition in the projected ensemble

Speaker: Wen Wei Ho

12:45 Lunch break

5 Classically Simulable Operator Scrambling

Speaker: Mike Blake

6 Non-local Magic

Speaker: Alioscia Hamma

15:30 Coffee break

7 Lieb-Robinson bounds with exponential-in-volume tails

Speaker: Carolyn Zhang

8 Discussions

Thursday 11 September

9 Emergent random matrix universality in quantum operator dynamics

Speaker: Oliver Lunt

10 Operator dynamics and quantum Ruelle-Pollicott resonance

Speaker: Takato Yoshimura

10:30 Coffee break

11 Classical Simulation of Non-Gaussian Quantum Circuits

Speaker: Robert König

12 Classical simulation of parity-preserving quantum circuits and beyond

Speaker: Sergii Strelchuk

12:45 Lunch break

13 Full counting statistics after quantum quenches as hydrodynamic fluctuations

Speaker: Paola Ruggiero

14 Entanglement and symmetry dynamics in dual unitary circuits with impurities

Speaker: Colin Rylands

15:30 Coffee break

15 Entanglement and symmetry breaking in quantum spin systems

Speaker: Frank Verstraete

16 Discussions

19:00 Conference dinner

Friday 12 September

17 A Randomised East Model

Speaker: Achilleas Lazarides

18 Finite-temperature quantum topological order in three dimensions

Speaker: Curt von Keyserlingk

10:30 Coffee break

19 Subexponential decay of local correlations from diffusion-limited dephasing

Speaker: Alex Jacoby

20 Measurement-induced phase transitions in quantum inference problems and quantum hidden Markov models

Speaker: Sun Woo Kim

12:45 Lunch break

21 Discussions

22 Discussions