A comprehensive collection of research projects, theoretical explorations, and academic contributions across multiple disciplines
From random walks to modelling neuronal dynamics, exploring the non-ergodic regime
Glasses and spin-glasses are the prototype of disordered systems and can be considered as the hydrogen atom of complexity. Their theoretical study has wide applications from physics to biology to protein folding, modelling the brain and AI.
Complex network models can be applied to study many social processes. From global trade to human conflicts.
Using physics to model the fundamental processes involved in cell sensing.
How cells and bacteria can learn through sensing to navigate in complex and noisy environment
Modelling stochastic dynamics in ion-channel based signalling in olfactory neurons
“Études has saved us thousands of hours of work and has unlocked insights we never thought possible.”
Annie Steiner
CEO, Greenprint
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