Unveiling the
hidden order
of complexity
From quantum chaos to collective intelligence, we explore the fundamental laws governing the world's most intricate systems.
Research domains
Quantum Frontiers
Quantum chaos, topological phases, and the transition from microscopic physics to macroscopic complexity.
Soft Matter & Flows
Active matter, fluid dynamics, and the emergent properties of non-equilibrium systems.
Biological Complexity
The principles behind neural networks, ant colonies, and information processing in living systems.
Theory & Chaos
Geometry and dynamical-systems theory applied to the unpredictability of physical phenomena.
What's on
Sample data — pending real calendar source.
Prof. Ariel Amir
Stochastic processes in biological growth: from single cells to populations.
Quantum Optics Seminar
Strongly interacting photons in cold atomic ensembles.
Department Seminar
Elastic turbulence and drag reduction in dilute polymer solutions.