📢How many sensors do you really need for reliable chemical fingerprinting?
In our new work with @sycho_lab, we introduce a transparent framework that selects minimal sensor subsets from small screening datasets while preserving classification accuracy.
https://t.co/Qc7cPK5AjP
🚀 Excited to share our new paper!
We introduce a physics-grounded framework for building Markov state models of nonequilibrium self-assembly, capturing the dynamics with orders-of-magnitude lower computational cost.
@JCIM_JCTC@BioSoftTAU@TelAvivUni
https://t.co/tyC8lpBMkO
Thrilled to share that our project “Open-Access AI for Marine Mammal Acoustic Detection” was selected as a winner of the WILDLABS Awards 2025! Huge thanks to WILDLABS Community and Arm for supporting conservation tech. Go @whalevoiceIL! 🐳
🚨 Just published!
We developed a metal-ion fingerprinting platform using peptide-functionalized SWCNTs, chemically diversified via UV-induced oxidation.
➡️➡️➡️Our Analyte Classification and Feature Selection Algorithm can identify the optimal sensor set.
https://t.co/7Thmp6s8i9
📢 Thrilled to announce our latest paper in collaboration with @GroupParrinello, now published in ACS J. Chem. Theory Comput. 🧪🔬 Our study introduces an innovative algorithm for quantitatively analyzing protein folding dynamics. Check it out here: https://t.co/kLiVAO2Qt3
📚 Just published my latest paper on arXiv (https://t.co/9NZAlNw2A4).
Remember Faraday's field lines? What about Einstein's idea that particles move along geodesics? It turns out these two ideas are indirectly related.
A thread 🧵👇 (1/5)
This is one of the most brilliant interviews I have heard an Israeli official give over the last few weeks, particularly in the face of an incredibly hostile interviewer. @EylonALevy should be the next leader of this country 🤴🏽
Hi math-lovers! Ever wondered if all the important mathematical constants are related? Do π, e, the golden Ratio Φ, the Riemann Zeta function values and other numbers have anything in common?! 🤔
The answer is YES, in a deep and beautiful relationship. Read the 🧵 below 👇 (1/9)
New paper alert! ✨✨✨
Many biological systems rely on the ability to self-assemble molecular building blocks using nonequilibrium drives. We provide predictions of the first assembly times! Out today @JPhysChem https://t.co/UboOTlcX69
@TelAvivUni@BioSoftTAU@stem_program