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- Microscopic Origins of Anisotropic Active Stress in Motor-Driven
- Deciphering Interactions in Moving Animal Groups
- Poster Active Matter Morphological and Dynamical Properties Of
- Collective Dynamics of Model Pili-Based Twitcher-Mode Bacilliforms
- S. Ramaswamy, "The Mechanics and Statistics of Active Matter"
- Attraction, Dynamics, and Phase Transitions in Fire Ant Tower-Building
- A Statistical Physics View of Swarming Bacteria Avraham Be’Er1,2* and Gil Ariel3*
- Talk Abstracts ASAB2019
- Swarm Intelligence and Cyber-Physical Systems: Concepts, Challenges and Future Trends
- The 2019 Motile Active Matter Roadmap
- |||GET||| Agent-Based and Individual-Based Modeling 1St Edition
- Learning to Control Active Matter
- From Active Matter to Swarms in Natural and Engineered Systems
- Analysis of Social Swimming Dynamics in the Mexican Cavefish
- Violet Mwaffo
- Disentangling and Modeling Interactions in Fish with Burst-And
- Deciphering Interactions in Moving Animal Groups
- Active Matter: the Cell Cytoskeleton, Molecular Motors and Active Gels
- European Conference on Complex Systems' 09 University of Warwick
- Physical Constraints in Biological Collective Behaviour Andrea Cavagna1, Irene Giardina1,2, Thierry Mora3 and Aleksandra M
- Active Matter
- The 2020 Motile Active Matter Roadmap
- Activity Induced Delocalization and Freezing in Self-Propelled Systems Lorenzo Caprini1, Umberto Marini Bettolo Marconi2 & Andrea Puglisi 3
- Active Binary Mixtures of Fast and Slow Hard Spheres
- Boltzmann-Ginzburg-Landau Approach to Simple Models of Active Matter Anton Peshkov
- Active Matter
- Swirlonic State of Active Matter Nikolai V
- MOTILE ACTIVE MATTER: Seems Possible
- Shakti N. Menon May 3Rd 2017 I Listened to the Messages Left Behind “By Those flocks of Birds for Mankind As They flew Over Unmarked Spaces
- Active Matter Lectures for the 2011 ICTP School on Mathematics and Physics of Soft and Biological Matter Lecture 1
- Frontiers in Computational Methods for Active Matter
- The Biophysics of Cell Migration: Biasing Cell Motion with Feynman Ratchets
- Multi-Scale Modularity in Self-Organized Biological and Artificial Systems
- Active Particles in Complex and Crowded Environments