Non-Reciprocality, Translational Order, and Chirality in Active Matter
Explore non-reciprocality, translational order, and chirality in active matter systems. Gain insights into fundamental concepts and emerging research in soft and living matter physics.
The Physics of Wet Foams - Lecture 2
Explore the physics of wet foams, including their structure, properties, and behavior. Gain insights into this fascinating area of soft matter physics from expert Douglas Durian.
The Physics of Dry Foams - Lecture 1
Explore the physics of dry foams in this lecture by Douglas Durian, covering fundamental concepts and properties of these unique structures in soft matter physics.
Liquid Crystals with Inclusions - Ferronematics and Living Liquid Crystals by Sanjay Puri
Explore ferronematics and living liquid crystals, focusing on their unique properties and behavior when combined with inclusions. Learn about cutting-edge research in soft matter physics.
Grafted Nanoparticle Melts as Novel Gas Separation Media - Lecture 3
Exploring grafted nanoparticle melts for innovative gas separation techniques. Lecture delves into advanced materials science, focusing on nanoparticle applications in molecular filtration and separation processes.
Stretch, Recoil, Break - The Turbulent Voyage of a Polymer by Jason Picardo
Explore the dynamic behavior of polymers in turbulent environments, examining stretching, recoiling, and breaking mechanisms. Gain insights into complex fluid dynamics and soft matter physics.
Friction Is Fracture - The Physics of Friction and Earthquakes
Explore the physics of friction and its connection to earthquakes, delving into the fracture mechanics underlying these phenomena. Gain insights into fundamental concepts and their real-world applications.
Elastocapillary Phenomena - Lecture 2
Explore elastocapillary phenomena in soft matter physics, examining interactions between elastic and capillary forces in materials and their applications across various scientific disciplines.
Elastocapillary Phenomena - Lecture 1
Explore elastocapillary phenomena: interactions between elastic and capillary forces in soft materials. Learn fundamental concepts and applications in physics, engineering, and biology.
Defect Emission and Absorption for Liquid Crystals on Cones - Lecture 2
Explores defect emission and absorption in liquid crystals on conical surfaces, focusing on geometric effects and topological constraints in soft matter physics.
Elastocapillary Phenomena - Lecture 3
Explore elastocapillary phenomena in soft matter physics, examining interactions between elastic and capillary forces in materials and their applications across various scientific disciplines.
Decision Making and Learning in the Life Sciences - Lecture 1
Explore decision-making and learning in life sciences, focusing on fundamental concepts and their applications in biological systems and processes.
The Shaping of Earth's Soft Matter Landscape - New Physics from a Changing Climate
Explore the impact of climate change on Earth's soft matter landscape, uncovering new physics insights with Prof. Justin Burton from Emory University.
The Vicsek Model - An Update, Weak Spatial Quenched Disorder
Explores the Vicsek model's updates and effects of weak spatial quenched disorder on active matter systems. Discusses recent advancements and implications for collective behavior in complex environments.
The Vicsek Model - An Update, Weak Spatial Quenched Disorder
Comprehensive update on the Vicsek model, focusing on weak spatial quenched disorder. Explores advanced concepts in active matter physics, particularly collective behavior in complex environments.
The Physics of Bacterial Transport in Dilute and Porous Environments
Explore the physics of bacterial movement in various environments, focusing on transport mechanisms, swim patterns, and environmental impacts on microbial behavior and collective phenomena.
Physics of Active Surfaces by Frank Jülicher
Explore the physics of active surfaces, including fundamental concepts and state-of-the-art approaches in this field of study. Gain insights into the behavior of active matter in complex environments.
Low Reynolds Number Active Suspensions - An Inertial Turbulence Approach by Samriddhi Sankar Ray
Explore inertial turbulence in low Reynolds number active suspensions. Gain insights into complex fluid dynamics and their applications in microorganism locomotion and bioengineering.
Active Caustics by Rama Govindarajan
Explores active caustics in nonequilibrium systems, discussing recent progress and applications in diverse fields like granular systems, control theory, and biological processes.
Non-Equilibrium Dynamics of Active Brownian Particles - A Paradigm in... by Thomas Franosch
Explore non-equilibrium dynamics of Active Brownian Particles, a paradigm in active matter physics. Learn about directed motion, complex environments, and cutting-edge research in this field.
Enhanced Mixing and Vortical Flow Around Confined Microalgae by Prerna Sharma
Explore enhanced mixing and vortical flow patterns created by confined microalgae, examining their impact on fluid dynamics and potential applications in microfluidic systems.