It was a great pleasure to visit ETH and present our recent algorithmic tools for detecting unconventional forms of quantum many-body dynamics. Thanks @MKMontheLattice for the invitation and inspiring discussions on lattice gauge theories!

ScarFinder: a novel variational framework that uncovers hidden patterns of coherent dynamics, aka quantum scars, in generic many-body systems, without requiring prior knowledge about their physics. @theoryleeds Article: https://t.co/Ss0TaVAVPH Synopsis: https://t.co/hJrjYslocM

Great to see our new algorithm ScarFinder in @PRX_Quantum with the accompanying feature article "Quantum scars unmasked" https://t.co/rupqaan4uA @LeverhulmeTrust

Our first @PhysRevLett on noisy quantum many-body scars is now published online: https://t.co/XbuBLScGQC this is also our first PRL featuring End Matter @LeverhulmeTrust

Symmetry breaking governs equilibrium physics, while dynamical symmetry restoration shapes nonequilibrium phenomena like the quantum Mpemba effect. Our new preprint explores how long-range interactions tune the interplay between the two: https://t.co/eJMcxPDlom @LeverhulmeTrust

#PRBTopDownload: #Quantum #Mpemba effect without global symmetries T. Bhore, L. Su, I. Martin, A. A. Clerk, and Z. Papić Phys. Rev. B 112, L121109 – Published 26 September, 2025 ➡️ https://t.co/7s5pRia4ms #EdSugg #PRBLetter #OpenAccess #condmat #physics @APSPhysics

Our recent @PhysRevB Letter and Editors' Suggestion demonstrates the ubiquity of the quantum Mpemba effect in many types of quantum systems. Thanks to our PhD student @TanmayBhore and @UChicago collaborators. @LeverhulmeTrust https://t.co/5ZMszDaJhi

Majorana fermion is an elusive particle that is its own antiparticle. We used the new technique of the "fuzzy sphere" to show how the Majoranas can emerge in a quantum Hall bilayer system tuned to criticality. Thanks to @unCristiVoinea @LeverhulmeTrust https://t.co/x0ERkEHR9Z

Looking forward to starting our 2-week program on quantum thermalization and its violations at the beautiful Instituto Principia in Sao Paulo. https://t.co/lxBcdMVF9R @LeverhulmeTrust @ictpsaifr

🚨 New paper📜 https://t.co/5q8RH3pPgU. Very excited to share our new big Review article on quantum simulation of out-of-equilibrium dynamics in gauge theories. We review experimental and theoretical developments in this fascinating field with a focus on out-of-equilibrium

Wonderful to be back at ICTP to present our recent results on 3D conformal field theories, just before a storm kicked in. @LeverhulmeTrust @ictpnews https://t.co/qYjq3DpqdY

Our first fuzzy sphere paper is now available in @PhysRevX Thanks to our PhD student @unCristiVoinea for these excting results. https://t.co/uREW1HHFgh @LeverhulmeTrust

How do you get a free conformal field theory from a system of strongly interacting electrons? Our new fuzzy sphere paper by our PhD students, Joe and Cristian, gives one recipe. https://t.co/JN1XBMhrt5 @LeverhulmeTrust

It was a pleasure to present our recent work on STM studies of topological quantum matter at CMQM2025 conference in Bristol. https://t.co/5Is8wiTlIK @IOPPublishing @LeverhulmeTrust

Our work on magic in scar states is now published in @PhysRevB https://t.co/BOXXwJ1rtY Thanks to our postdoc Andrew Hallam and PhD student Ryan Smith for doing all the heavy lifting on this one! @LeverhulmeTrust

Our student @unCristiVoinea presenting our recent works on 3D conformal field theories on the fuzzy sphere during a “Fuzzy sphere meets conformal bootstrap” meeting at @Institut_IHES @LeverhulmeTrust

It was fun leading a discussion on quantum thermalization in Rydberg atom arrays earlier today at @ESIVienna @LeverhulmeTrust

Recently, the Mpemba effect -- hot water freezing faster than cold one -- has attracted much attention in quantum physics. In https://t.co/dIYWJ2ZAPh we argue that this effect is ubiquitous in a wide range of quantum systems and propose its simple diagnostic. @LeverhulmeTrust

A lovely day to be in Garching for @MPI_Quantum conference on quantum thermalization https://t.co/WSA5Al5QQ4 and to present some updates regarding the recent mysteries of thermalization in Rydberg atom arrays. @LeverhulmeTrust

Our paper on the difficulty of disentangling many-body localisation from Hilbert space fragmentation is now published in @CommsPhys https://t.co/gWLUAdKlPB @LeverhulmeTrust