Students of chemical physics, soft matter, biophysics, or anyone interested in understanding the visible world through a lens of its molecular constituents should check out Statistical Mechanics and Stochastic Thermodynamics, available for preorder

Introducing CECAM-US-WEST, a new CECAM node located at UC Berkeley. Programing starting next calendar year! @UCB_Chemistry @cecamEvents https://t.co/KzfbnMsRjK

Excited to join @WashUPhysics as an assistant professor in Fall 2025! My group will develop non-equilibrium statistical physics to study criticality in biology—biomolecular condensates, gene regulation & adaptive immune systems. DM for postdoc/grad openings! #myphysicsjourney

https://t.co/8MamTxKkXa

Statistical mechanics and stochastic thermodynamics is finally out in the US. Use the code below to get a discount through @OUPAcademic https://t.co/6BEykHJGJD

Soft matter researchers, check out this opportunity to come be our colleague!

Excited to give the condensed matter talk today across Oppenheimer way @BerkeleyPhysics. Join if you want to hear about emergence in soft, warm materials driven away from equilibrium my group has been working on @UCB_Chemistry @KavliENSI

Don't miss the Condensed Matter Seminar on Monday, September 30 with David Limmer: Hydrodynamics of active fluids. Join us at 2:30 p.m. in 251 Physics North. https://t.co/eNgL9leYWV

Please RT! @GiEmmePi1 and I are organizing a symposium at the March @AmerChemSociety meeting in San Diego, sponsored by @ACSPHYSDivision. ~25 phenomenal invited speakers and open slots for contributed talks. Apply now! Submission will close on Sept. 30. https://t.co/gili0FNJfh

Congratulations to Aditya @gafnys on winning a poster award at #cecam55 on his work developing variational path sampling and using it to gain insights into reactivity away from equilibrium! @UCB_Chemistry @KavliENSI https://t.co/2Ttspr3Xm8

check out Amr's @AmrDodin most recent collaboration with the Saykally group in which he explore how cations--like guanidinium-- can be selectively adsorbed to the air-water interface @UCB_Chemistry https://t.co/8zYucsbOn9

Kritanjan's latest takes a fresh look at an old problem: the molecular origin of the super-Maxwellian velocity distribution of evaporating helium from water, finding that it is due to an anomalously small friction at the air-water interface https://t.co/hWH5586BJz @UCB_Chemistry

@AsheshGhosh1 @UCB_Chemistry done in close collaboration with Kranthi Mandadapu, en route to further studies on large scale mechanical behavior of driven processes in the cell

When is DNA like an asymmetric top? Check out @AsheshGhosh1's study on the twisted worm-like chain, a good model for DNA mechanics, whose Green's function is solved in a basis of Wigner D-functions, the eigenfunctions of the asymmetric top https://t.co/wo0maQi2pw @UCB_Chemistry

If you are at #ACSFall2024 today, make sure to catch Rohit's talk on 2d exciton polarons in lead-halide perovskites

I'm excited to share that my article, 'Mystery Droplets Inside Cells May Play Vital Roles in Life,' has been published in Scientific American. In this piece, I discuss the physics of biomolecular condensates and reflect on my personal journey in the field.

Out now in @PhysRevE, our way of extending importance sampling algorithms into nonequilibrium steady-states.

@UCB_Chemistry Out in print now at @JChemPhys

If you are interested in the interplay of information, thermodynamics and fluctuations check out Songela's @songelachem first group paper, in which she shows how to control your autonomous clock or preserve your memory https://t.co/wpRGnoIK18 @UCB_Chemistry @KavliENSI

Official @OxUniPress site is live:

Also today, Michelle's last PhD paper is out in @JChemPhys with Amr and @TomPFay, where she has extended the notion of the committor to quantum coherent dynamics https://t.co/4KQJfMQEvx