federico toschi

[PNASNews @PNASNews]

Adding randomness to robot motion can reduce traffic jams and get robots to their destinations faster, according to a study that used both models and experiments, and that could help improve the design of robot teams and pedestrian spaces. In PNAS: https://t.co/bMe8pVLUwR

[Physical Review Research @PhysRevResearch]

Kinetic data-driven approach to turbulence subgrid modeling, G. Ortali, A. Gabbana, N. Demo, G. Rozza, and F. Toschi @OrtaliGiulio @gianluigi_rozza @ftoschi @TUeindhoven @Sissaschool #Fluids https://t.co/cNEdV3ymzd

[federico toschi @ftoschi]

Want to know more about how antagonism can outwin turbulent mixing in the dynamics of marine populations?

Turbulent mixing controls fixation of growing antagonistic populations

https://t.co/zb2eY2F8HQ

with Jonathan Bauermann, Roberto Benzi, David R. Nelson and Suraj Shankar

[federico toschi @ftoschi]

Out-of-equilibrium dynamical phase transition.... in a mayonnaise: Phys. Rev. Lett. 133, 134001 (2024) - Divergence of Critical Fluctuations on Approaching Catastrophic Phase Inversion in Turbulent Emulsions https://t.co/GZb972avRX

[federico toschi @ftoschi]

Interested in knowing more on the dynamics of light particles in turbulence? You are welcome to read our new paper!

Localization–delocalization transition for light particles in turbulence | PNAS https://t.co/UrMMyiHGSg

With Ziqi Wang and Xander de Wit.

[APS Division of Fluid Dynamics @apsfluiddynamic]

#student_spotlight

Tali Khain (https://t.co/XZC9EMQJxr) is a final year PhD candidate working with Vincenzo Vitelli @UChicago. Her current research develops a theoretical fluid mechanics framework to capture the effect of broken symmetries in soft matter systems. (1/5)

[Thibaut Divoux @DivouxLab]

Looking for a #beach read?🏖️☀️ Our perspective on the #Ductile-to-#brittle transition and #yielding in soft amorphous #materials just came out in @softmatter in #OpenAccess! Read, enjoy & share it! ➡️ https://t.co/8nsYFxjcCt cc @CNRSphysique @cnrs @lpensl #everythingflows

[federico toschi @ftoschi]

Interested in controlling turbulence?
Try with an odd viscosity!

https://t.co/P5mbiia60a

[Cas Pouw @CasPouw]

I am thrilled to announce that 'Transportation Research Part C: Emerging Technologies' has published our paper 'High-statistics pedestrian dynamics on stairways and their probabilistic fundamental diagrams'

With @alecorbetta, Alessandro Gabbana, Chiel van der Laan, and @ftoschi

[federico toschi @ftoschi]

https://t.co/hbYtRklki1

[Thibaut Divoux @DivouxLab]

Looking for a read by the fire? 👉Our collegial perspective on the #Ductile-to-#brittle transition & yielding in soft #amorphous materials is on @arxiv! ▶️https://t.co/ouhapV5sLM. It synthesizes a week of vibrant exchanges @lorentzcenter ...and highlights outstanding challenges!

[Physical Review Research @PhysRevResearch]

Direct observations of causal links in plastic events and relevance to earthquake seismology, Pinaki Kumar, Roberto Benzi, Jeannot Trampert, and Federico Toschi @ftoschi @TUeindhoven @UUEarthSciences @UUGeo @UniUtrecht
#Geophysics #StatisticalPhysics https://t.co/QycpOAEzN9

[Alessandro Corbetta @alecorbetta]

Improving fluid simulations with embedded neural networks https://t.co/7NBwNhvnu9 via @physorg_com

[federico toschi @ftoschi]

@maziyarj @ERC_Research @UvA_Amsterdam Wonderful news Mazi! Congratulations!

[Cas Pouw @CasPouw]

New paper: High-statistics pedestrian dynamics on stairways and their probabilistic fundamental diagrams
Available on @arxiv https://t.co/R2G95fPhWi

With @alecorbetta , Alessandro Gabbana, Chiel van der Laan, and @ftoschi

[PED23 @PED2023]

Thanks to all participants of the @PED2023 conference. Fantastic to have 150 people from around the world sharing their interest and knowledge on #pedestrian and #evacuation dynamics. See you all at #PED2025 in Prague!

[federico toschi @ftoschi]

Opening of PED23 @ TU/e

[Alessandro Corbetta @alecorbetta]

How do pedestrians walk along curved paths?
How are stochastic fluctuations altered by curvature?

Check our latest preprint: Stochastic fluctuations of diluted pedestrian dynamics along curved paths
https://t.co/wEvQXngs1i

with @ftoschi GeertvdVleuten WilSchilders

[federico toschi @ftoschi]

"Lectures on turbulence"
by Roberto Benzi and Federico Toschi

https://t.co/dYCQyhPkw1

now in open access from Physics Reports
Volume 1021, 6 June 2023, Pages 1-106

[Pedro Costa @costa_p]

This week I had a blast in the JBMC course "Machine learning in fluid mechanics", which pretty much took us from zero to hero in the topic. I cannot recommend it enough - great balance between theory and nicely-engineered hands-on sessions! https://t.co/mfkYlTUPRG 1/n