New research published with @physrevlett: doi.org/10.1103/PhysRe… (Forbidden) oscillations of autocorrelation functions lead to measurable effects in the equilibrium diffusive behaviour of interacting particles in #odd_diffusive systems. Thanks to Timo Doerries for the sketch.

Hello everybody at #AcademicTwitter, this is the Statistical Physics of Life Group Universität Augsburg led by Prof. Dr. Abhinav Sharma. We are interested in the statistical physics of #ActiveMatter, #BiopolymerNetworks and other biomaterials. Stay tuned for exciting research updates!

Our inaugural lecture Universität Augsburg was a huge success🎉We got everybody fascinated about particles that carry their own lunch #activematter, #odd_diffusion and stretched #biopolymernetworks

Can the force autocorrelation function become negative or show oscillations for an equilibrium system? If you find this odd, then get more details on the newest work on #odd_diffusive systems by Erik Kalz #freshoffthepress

Our group members Bhavesh Valecha, Shashank Ravichandir and Prof. Dr. Abhinav Sharma in action at #DPG2024 in #Berlin! We had a great time presenting our latest results at the packed Active Matter sessions and discussing physics with the vast physics community 🎉!

New #openaccess research published with Journal of Physics A: iopscience.iop.org/article/10.108… A first-principles approach to interacting #odd_diffusive Active Chiral Particles based on their stochastic dynamics leads to a field-theoretical description in terms of the recent Active Model B+.

Fresh off the press! Check out our former Bachelor student Amelie's first publication! 🎉