Send your abstract and register now! Secure your spot at #IVNanomaterialsConference! 👉 nals2024.com/abstracts.html

A study of Aljaz #Godec, Cai Dieball Theoretical & Computational Biophysics Department, & colleagues Universidad Granada proposes a theory on #thermalkinetics, which explains why small systems far from thermal equilibrium heat up 🔥 faster than they cool down ❄. Read more here: 👇 #Mathbiophys mpinat.mpg.de/4590800/rn_2401

Who made this shockingly comprehensive and educational wikipedia page on natural and synthetic microswimmers??! en.wikipedia.org/wiki/Microswim…

Have a look at the nice explanation of our work after an interview to Aljaz and Raúl! Efficiency asymmetry: Scientists report fundamental asymmetry between heating and cooling phys.org/news/2024-01-e… via Phys.org MPI for Multidisciplinary Sciences Raúl Rica Miguel Ibáñez

#anecalaliaparda 📢Para CU suben la docencia de 1400h a 1600h, y bajan las publicaciones científicas mínimas de 40 a 12 #mediocridad Requisito indispensable: cargo unipersonal universitario por 4 años 🤪Firma y ayudanos a parar este disparate! chng.it/95mwvRQL ANECA

link.springer.com/article/10.100…

We are happy to share our new preprint, done in collaboration with Laura Rodriguez-Arco. Janus #microdroplets rotate tens of times per second when trapped with our optical tweezers!! arxiv.org/abs/2409.18539

Many applications are envisioned with this #optofluidic technique where light beams produce reconfigurable thermal barriers. Thanks to all people involved! @FalkoResearch @RomainQuidant Quidant’s Lab Nanoparticles Trapping Lab (NanoTLab) Carlos D. Glez. Emilio Ruiz Reina

Now online: doi.org/10.1063/5.0235… IISER Pune

The final version of our paper is online ACS Photonics rahul chand and Ashutosh Shukla were very creative in setting up the experiments, and in the process of writing the paper, we learned interesting things... pubs.acs.org/doi/10.1021/ac… IISER Pune

Aristotle knew anomalous thermalization occurs in freezing water: "The fact that the water has previously been warmed contributes to its freezing quickly: for so it cools sooner". The new paper by Antonio and colleagues digs into this and related problems arxiv.org/abs/2502.01758

Wanna learn more about the fundamentals of Brownian motion? Check out this cool video by @CriticalPoint647K ! youtube.com/watch?v=fFodAr…