Designing Active Matter in Space-time
Explore the cutting-edge field of active matter design across space and time, delving into innovative concepts and their potential applications in various scientific domains.
Many More is Different - Scalable Learning in Physical Systems
Exploring how large-scale systems exhibit unique properties, focusing on scalable learning approaches inspired by physics and implemented in energy-efficient physical systems.
Arbitrage Equilibrium and the Invisible Hand in Self-organizing Dynamics of Biological Systems
Explore how economic concepts like arbitrage apply to biological systems. Learn about a novel game-theoretic framework integrating survival-driven behavior with statistical mechanics in active matter systems.
Bose-Einstein Condensates and Their Involvement in Advances for New Technologies - Class 2
Explore Bose-Einstein condensates and their role in advancing new technologies, focusing on quantum physics applications and cutting-edge research developments.
Bose-Einstein Condensates and Their Involvement in Advances for New Technologies - Class 3
Explore Bose-Einstein condensates and their role in advancing new technologies, focusing on quantum physics applications and cutting-edge research developments.
Bose-Einstein Condensates and Their Involvement in Advances for New Technologies - Class 1
Explore Bose-Einstein condensates and their role in advancing new technologies through an in-depth lecture by Emanuel Henn from USP, Brazil.
Infinite Limits and Scaling Laws of Neural Networks
Explore infinite parameter limits of deep neural networks, scaling laws, and their impact on performance. Gain insights into representation learning and computational resource optimization for neural network training.
Vignettes of Data-Driven Approaches to the MT-Kinesin Active Fluid
Explore data-driven approaches to MT-Kinesin active fluid dynamics in this conference talk by Aparna Baskaran, delving into collective phenomena and energy-consuming components in active matter systems.
Intermittency, Avalanches and Aging in Extremely Persistent Active Matter
Delve into intermittency, avalanches, and aging phenomena in extremely persistent active matter. Explore collective behaviors emerging from energy-consuming components in active solids and their implications across diverse systems.
Defect Emission and Absorption on Cones, and Conical Billiards
Explore defect emission and absorption on cones and conical billiards with David Nelson from Harvard. Gain insights into active mechanics and its applications in various scientific fields.
Excitable Nonreciprocal Living Solids
Dive into the fascinating world of active matter and explore excitable nonreciprocal living solids with MIT researcher Nikta Fakhri in this insightful conference talk.
Active Quantum Solids: Photoinduced Non-Reciprocal Magnetism
Explore photoinduced non-reciprocal magnetism in active quantum solids with Ryo Hanai's conference talk, delving into cutting-edge research on energy-consuming components and their collective phenomena.
Non-reciprocal Spin Systems
Dive into non-reciprocal spin systems with Sarah Loos from Cambridge, exploring active mechanics and collective phenomena in energy-consuming components and their interactions.
The Blob: Topologically Entangled Living Matter
Dive into the fascinating world of active matter and explore the behavior of 'The Blob' - a unique form of topologically entangled living matter. Gain insights from Saad Bhamla's research at Georgia Tech.
Fish Schooling at Extreme Scales
Dive into the collective behavior of fish schooling at extreme scales, exploring active matter principles and their applications in diverse systems from living organisms to engineered materials.
Pulsating Active Matter: From Liquids to Solids
Dive into pulsating active matter, exploring collective phenomena from liquids to solids. Uncover energy-consuming components' interactions and their surprising behaviors in various systems, from living organisms to engineered materials.
Mechanics of Hydra Regeneration and the Role of Topological Defects
Explore the mechanics of Hydra regeneration and topological defects' role in this conference talk by Yonit Maroudas-Sacks, part of the Active Mechanics conference at KITP.
Integer Topological Defects: A New Way to Characterize and Classify Cell Layers
Explore integer topological defects as a novel approach to characterize and classify cell layers, presented by Masaki Sano from Shanghai Jiao Tong University.
Active Plastic Flow of Epithelial Tissue
Explore active plastic flow in epithelial tissue through Fridtjof Brauns' conference talk, delving into collective phenomena and energy-consuming components in active matter systems.
Tissue Fluidisation and Morphogenesis Driven by Topological Change
Explore tissue fluidisation and morphogenesis driven by topological changes in active matter systems. Gain insights into collective phenomena emerging from energy-consuming components in biological and synthetic materials.
Tunable Rheology in Models of Dense Cellular Tissue
Explore tunable rheology in dense cellular tissue models. Gain insights into active matter phenomena and their applications in biological systems and engineered materials.