🔥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

'Delivering Your Presentation Remotely' by Jean-luc Doumont on Thursday August 13 at 9:00AM PT A free #SPIE live webinar. Registration needed: bit.ly/30AZK0M

Enjoying the online meeting with lots of new colleagues! Considering the circumstances; highly interactive and informative meeting. Looking forward to meeting you all! ActiveMatter ITN

In the wake of the #COVID19 pandemics, also our lab had to try to save the world 🙂 Read how we can improve disease testing and containment using neural networks by Laura Natali ActiveMatter ITN, Saga Helgadottir and Onofrio Maragò @IPCFCNRMessina arxiv.org/abs/2011.11717

New PhD position out within deep learning enhanced microscopy on intracellular structures, with me as supervisor: web103.reachmee.com/ext/I005/1035/…

New PhD Position at Soft Matter Lab Giovanni Volpe Info here: softmatterlab.org/2021/06/09/new…

Congratulations to @FalkoResearch and Agnese Callegari for winning a best poster prize at the 729. WE Heraeus Seminar on Fluctuation-induced Forces! softmatterlab.org/2022/02/17/cal…

Plankton safari! Exploring the life histories of microplankton enabled by holographic microscopy and deep learning @DeepTrack2 The outcome of a great collaboration between Harshith Bachimanchi Benjamin Midtvedt Daniel Midtvedt Fysik vid Göteborgs universitet and Erik Selander Sea and Society arxiv.org/abs/2202.09046

We are still looking for the ideal candidate to fill the postdoctoral position at AstraZeneca to work with machine learning and drug discovery. Please, apply and retweet! careers.astrazeneca.com/job/gothenburg…

A great opportunity to do a PhD in the group of Joana B. Pereira working on neurosciences kidoktorand.varbi.com/en/what:job/jo…

Two new positions at the Soft Matter Lab Giovanni Volpe Deadline: 31 March Link to applies: PhD: web103.reachmee.com/ext/I005/1035/… Post-Doc: web103.reachmee.com/ext/I005/1035/…

Finally all together in Lisbon! In this thread, we will describe the different projects through the words of the ESRs. Stay tuned! (Photo by Chun-Jen Chen)

As being a theoretical scientist, we are curious about many phenomena in nature. We try to reproduce their dynamical behaviours to understand them with the help of simulations. In line with this aim, what I am doing is to simulate the crystallization of active colloids.

People are generally familiar with the crystallization, for instance the crystallization of sugar/jam. But, how about the active colloids or more general, active matter? Active matter is basically us, humans, birds, fishes or even microorganisms, cells at small scales.

It is also even possible to design their artificial versions and give them even cooler names such as Janus particles! Ayten Gülce Bayram, Bilkent University

My research aims at understanding how to design small carrier that can propel themselves from A (where it is injected, in the arm) to B (in the brain) to deliver drugs against brain tumors.

The carriers are designed to love sugar, so that they eventually reach the brain where sugar is in the largest quantity.

I use the computer to make a simpler version of the real carrier that allows me to study it without making potentially dangerous and costly experiments. Jérémie Marc Bertrand, EPFL

My research is on Active Matter, that is matter that moves by itself, like bacteria, or birds. I use the computer and equations to calculate and simulate the behavior of this matter in interesting and complicate places, like inside the human body. (1/2)

This research can have big implications for medicine: it can be used to improve the delivery of drugs 💊inside the body and recognize illnesses early. (2/2) Davide Breoni, University of Dusseldorf