Our Mission
Understanding brain dynamics
across all scales
We investigate how neural systems organize and adapt across multiple levels—from microscopic cellular circuits to mesoscopic ensembles of neurons and macroscopic global networks. By combining computational theory, advanced neuroimaging, and neurobiological investigation, we uncover the principles that enable brains to flexibly respond to changing demands while maintaining stability.
What we do
Mechanistic Computational Modelling
Develop mathematical and computational frameworks to understand neural dynamics, learning, and behavior across diverse systems.
Multimodal Neuroimaging Analysis
Use advanced imaging techniques to map brain organization and track network reconfigurations during task, rest, and disease.
Neurobiological Investigation
Study the anatomical and physiological mechanisms underlying adaptive neural computation and system-level brain function.