معرفی
Rosalba Garcia Millan is a Lecturer in Disordered Systems at the School of Mathematics Disordered Systems. Her research focuses on active matter, entropy production, and nonequilibrium control systems, with recent work on active particles in moving traps and nonreciprocal interactions.
- Active Matter Physics
- Closed Loop Control
- Entropy Production
- Disordered Systems
- Loop Extrusion
Her research explores the intersection of physics, mathematics, and engineering through topics like finite-time thermodynamics, feedback mechanisms, and stochastic dynamics. Key collaborations span multiple institutions, focusing on collective behavior and nonreciprocal interactions.
Recent publications analyze optimal control protocols for active particles, entropy production in nonequilibrium systems, and chromatin jet dynamics in biological contexts. Her work combines theoretical modeling with computational simulations to address fundamental questions in disordered and active systems.
