@jacopogio Cambridge

Saint Nicolas came at our #GRASP lab meeting... gifts, quizz and talks for our researchers @UniversiteLiege .

Congratulations to our colleague @namaraujo now Associate Editor of @PhysRevE

4/ 🙌 Referees called it a "nice piece of work," and we couldn't agree more! A breakthrough for modeling granular systems!

Travelling towards Paris but in a slow mode. Thank you @Eurostar

4/ 📊 Answer: The dipole system quickly reaches a percolation threshold. Beyond this, it forms a gel-like network made of elastic chains with large voids.

Another paper from our lab in @PhysRevE @UniversiteLiege Dipolar gels formed by aggregation of magnetized beads

RT @PhysRevFluids: The latest edition of @apsfluiddynamic's annual Gallery of Fluid Motion is now live! Check them @

After the stick-and-slip dynamics studied in physics, someone invented the slip-and-slip dynamics !

RT @PhysRevE: Onsager’s variational principle can predict gas and liquid states as well as phase transitions in granular systems, according…

RT @PhysRevE: Research by Martial Noirhomme, Eric Opsomer, and Nicolas Vandewalle (@vdwnico) in the GRASP lab at @UniversiteLiege.