🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

Summer undergrad research opportunity! Applications are open to participate in computational physical chemistry research with faculty in the SCCPC - includes $10K stipend - see this link for more information: wp.nyu.edu/sccpc/summer-u…

Interested in calculating transition rates from biased simulations using bad coordinates? Check out our new preprint with Nico Mazzaferro & Glen Hocky: arxiv.org/abs/2403.10668

ChemCrow is out today in Nature Machine Intelligence! ChemCrow is an agent that uses chem tools and a cloud-based robotic lab for open-ended chem tasks. It’s been a journey to get to publication and I’d like to share some history about it. It started back in 2022. 1/8

Here's to Jordan Janowski, NYU basketball championship team point guard and chemistry researcher extraordinaire! Check out Jordan's DNA Lab research highlighted as one of the TOP 9 out of hundreds of undergrad research projects at NYU this year: nyu.edu/about/news-pub…

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 amazon.co.uk/Statistical-Me…

I’m excited to be joining PRX Life, which has the potential to be an outstanding journal in the field of biological physics. Experimentalists (!) and theorists alike, send us your most exciting work. I look forward to working with you through the review process.

🚨 Big news! 🚨 Our Nancy team just gave crystals an upgrade – introducing "Crystal Clear," the X-ray vision for crystals! 🔬✨ We combined transparent particles and confocal microscopy to peek inside crystals and build epic 3D models. Read more: nature.com/articles/s4156…

Meet our new chief editor! Dario Corradini’s research interests span theoretical statistical #physics of complex liquids and ionic materials, as well as #BiologicalPhysics and #EnvironmentalPhysics. We welcome him from Physical Review X, where he was an associate editor for nine years.

We are launching a new initiative focused on advancing the science of catalysis! The Initiative for Computational Catalysis (ICC) will harness computational techniques to study & design substances called catalysts that speed up chemical reactions. simonsfoundation.org/2024/07/01/fla…

Having trouble keeping up with language models in science? We just prerinted a 497 reference review introducing and reviewing language models and agents. We narrowed our focus to chemistry/biochem on language models (80!), but cover 24 language model agents across science. 1/2

Macromolecular crowding boosts #condensates nucleation but limits droplet growth due to coalescence and reduced mobility. These experiments combined with simulations mimic how phase separation behaves in complex in-vivo conditions. 📝 go.aps.org/4f0t8lB #SyntheticBiology

Excited to announce our latest publication from the amazing Ying Xie in Molecular Cell We find that stress granules and P-bodies fluidize the cytoplasm in response to diverse stresses. Tweetorial soon! cell.com/molecular-cell…

Spring 2025 Award applications are now open: acscomp.org/awards Chemical Computing Group Excellence Award for Grad Students CCG_MOE Wiley COMP ACS Outstanding Postdoc Award Wiley Comp/Theo Chem OpenEye Outstanding Junior Faculty Award OpenEye, Cadence Molecular Sciences Deadline to apply is Sept 12!

A direct computational assessment of vinculin-actin unbinding kinetics reveals catch bonding behavior biorxiv.org/cgi/content/sh… #biorxiv_biophys

Thank you Allen Institute for seeing the magic in #membranebiophysics 🪄✨ We’re thrilled happy to be a part of this cohort!

📢 New #preprint describing our community effort to share #plumed tutorials arxiv.org/abs/2412.03595 ! Explore the tutorials at plumed-tutorials.org

🧊✨ Crystals don’t always grow the way you think. In our new Nature Communications paper, we watch colloidal crystals form through non-classical pathways—amorphous blobs, oriented attachment, and even a new hollow structure we call Zangenite. 📄 doi.org/10.1038/s41467…