PhysicsOfLifeLMU

The official YouTube account of the Erwin Frey Group focuses on statistical and biological physics.

6. Dynamical Systems: 2D Non-Conservative Systems & Oscillators
6. Dynamical Systems: 2D Non-Conservative Systems & Oscillators
5. Dynamical Systems: Mass Conserving 2D, Turing Patterns, Stability Analysis, Jacobian Matrix
5. Dynamical Systems: Mass Conserving 2D, Turing Patterns, Stability Analysis, Jacobian Matrix
4. Dynamical Systems: Cusp Bifurcation, Hysteresis, Infection Model & Transcritical Bifurcation
4. Dynamical Systems: Cusp Bifurcation, Hysteresis, Infection Model & Transcritical Bifurcation
3. Dynamical Systems: Fixed Points, Saddle-Node & Pitchfork Bifurcations
3. Dynamical Systems: Fixed Points, Saddle-Node & Pitchfork Bifurcations
2. Dynamical Systems: Phase Space, Stability, Ginzburg-Landau, Evolutionary Game Theory
2. Dynamical Systems: Phase Space, Stability, Ginzburg-Landau, Evolutionary Game Theory
1. Self-Organization: From Bird Flocks to Living Cell
1. Self-Organization: From Bird Flocks to Living Cell
IAM 2025, Peter Littlewood, Phase Transitions in Non-Hermitian (Quantum) Systems
IAM 2025, Peter Littlewood, Phase Transitions in Non-Hermitian (Quantum) Systems
IAM 2025, Erwin Frey & Igor Aronson, Opening Remarks
IAM 2025, Erwin Frey & Igor Aronson, Opening Remarks
IAM 2025, Erwin Frey, Designing Function in Synthetic Cells
IAM 2025, Erwin Frey, Designing Function in Synthetic Cells
IAM 2025, Gerhard Gompper, Self-Organization of Swarms of Cognitive Self-Steering Active Particles
IAM 2025, Gerhard Gompper, Self-Organization of Swarms of Cognitive Self-Steering Active Particles
IAM 2025, Hugues Chaté, Smart Things That Dumb Active Matter Can Do
IAM 2025, Hugues Chaté, Smart Things That Dumb Active Matter Can Do
IAM 2025, Igor Aronson, Swarms with Long-Range Acoustic Signaling
IAM 2025, Igor Aronson, Swarms with Long-Range Acoustic Signaling
IAM 2025, Arkady Pikovsky, Driven and Interacting Overactive Particles
IAM 2025, Arkady Pikovsky, Driven and Interacting Overactive Particles
IAM 2025, Nikta Fakhri, Nonreciprocal Living Matter
IAM 2025, Nikta Fakhri, Nonreciprocal Living Matter
IAM 2025, Giorgio Volpe, Social Active Colloids
IAM 2025, Giorgio Volpe, Social Active Colloids
IAM 2025, Sabine H. L. Klapp, Nonreciprocal Field Theories for Active and Decision-Making Systems
IAM 2025, Sabine H. L. Klapp, Nonreciprocal Field Theories for Active and Decision-Making Systems
IAM 2025, Veronika Magdanz, Collaboration Despite Competition: Lessons from Sperm Behaviour
IAM 2025, Veronika Magdanz, Collaboration Despite Competition: Lessons from Sperm Behaviour
IAM 2025, Olivier Dauchot, Swarm Robotics: A Learning Active Liquid
IAM 2025, Olivier Dauchot, Swarm Robotics: A Learning Active Liquid
IAM 2025, Fernando Peruani, Statistical Mechanics of Intelligent Active Matter
IAM 2025, Fernando Peruani, Statistical Mechanics of Intelligent Active Matter
IAM 2025, Steffen Rulands, Collective Behavior in Neural Networks and Robotic Matter
IAM 2025, Steffen Rulands, Collective Behavior in Neural Networks and Robotic Matter
IAM 2025, Ayusman Sen, Active Enzymes: From Transport to Collective Behavior
IAM 2025, Ayusman Sen, Active Enzymes: From Transport to Collective Behavior
IAM 2025, Frank Cichos, Reinforcement Learning with Active Particles in Thermoviscous Flows
IAM 2025, Frank Cichos, Reinforcement Learning with Active Particles in Thermoviscous Flows
IAM 2025, Metin Sitti, Physically Intelligent Small-Scale Mobile Robots
IAM 2025, Metin Sitti, Physically Intelligent Small-Scale Mobile Robots
IAM 2025, Hartmut Löwen, Towards Intelligent Active Particles
IAM 2025, Hartmut Löwen, Towards Intelligent Active Particles
IAM 2025, Daiki Nishiguchi, Reversals, Oscillations and Chirality in Bacterial Turbulence
IAM 2025, Daiki Nishiguchi, Reversals, Oscillations and Chirality in Bacterial Turbulence
40. Kramers-Moyal Path Integral Approach, Field Theory for Interacting Particles
40. Kramers-Moyal Path Integral Approach, Field Theory for Interacting Particles
39. Path Integrals on a Lattice: From Hopping to Continuous Field Theories
39. Path Integrals on a Lattice: From Hopping to Continuous Field Theories
38. Multi-Species Path Integrals, Rock-Paper-Scissors
38. Multi-Species Path Integrals, Rock-Paper-Scissors
37. Kramers-Moyal Expansion and the Low Noise Limit of the Path Integral
37. Kramers-Moyal Expansion and the Low Noise Limit of the Path Integral
36. Coherent State Path Integral, Operator Algebra and the Imaginary Noise
36. Coherent State Path Integral, Operator Algebra and the Imaginary Noise