2–5 Sept 2025
Dept. of Physics and Astronomy - University of Bologna
Europe/Rome timezone

Eigenstate thermalization hypothesis: lessons from the minimal solvable model

3 Sept 2025, 15:10
25m
Aula Magna (Dept. of Physics and Astronomy - University of Bologna)

Aula Magna

Dept. of Physics and Astronomy - University of Bologna

Via Irnerio 46 - 40126 Bologna, Italy
Talk (25 min) Talks

Speaker

ENEJ ILIEVSKI (University of Ljubljana)

Description

Eigenstate thermalization hypothesis is a cornerstone of our modern understanding of thermalization and relaxation phenomena in quantum many-body systems. The studies mainly focus on chaotic dynamics, where there is solid numerical evidence supporting the standard ETH. The are however conflicting statements regarding its validity in integrable systems. By motivating and introducing a refined version of the ETH ansatz, I will discuss the structure and statistical properties of off-diagonal matrix elements in a simple integrable quantum field theory.

Author

ENEJ ILIEVSKI (University of Ljubljana)

Co-author

Pavel Orlov

Presentation materials