Cracking the Code: Using Data Analysis to Engineer Stronger and Tougher Glasses
Explore data analysis techniques for engineering stronger glasses. Learn how topological data analysis and machine learning accelerate the discovery of fracture-resistant glass compositions.
Effect of Compressibility on Kelvin-Helmholtz and Rayleigh-Taylor Instabilities
Explores compressibility's impact on Kelvin-Helmholtz and Rayleigh-Taylor instabilities in fluid dynamics, offering insights into fundamental physics and potential applications in various scientific fields.
QMC of Everything - Universal Algorithm for Simulating Arbitrary Quantum Many-Body Systems
Universal algorithm for simulating quantum many-body systems using Quantum Monte Carlo techniques, overcoming limitations of current schemes and enabling simulation of arbitrary physical models with diverse particle types and interactions.
Neurogenesis - Lessons of Regeneration
Exploring brain's ability to reverse neurodegeneration through stem cell activation and neuron cooperation, drawing parallels to environmental regeneration after wildfires.
Phase Diagram of Disordered Three-Dimensional Z2 Topological Insulators
Explore the impact of disorder on 3D topological insulators, focusing on the critical point between Z2 topological and trivial insulator phases and the stability of Dirac semimetals.
Playing Lego with Layered Materials - Physics Matters Colloquium
Explore the fascinating world of 2D materials, from graphene to pillared structures. Learn about their production, electronic properties, and applications in gas storage, catalysis, and biomedicine.
Nonlinear Optical Probing and Control of Magnetic and Electronic Band Topology
Explore nonlinear optical responses in Weyl semimetals and chiral phonons. Discover how light reveals material properties and drives topological transitions in quantum systems.
Spin and Orbital Hall Effects in Two-Dimensional Topological Materials
Explore spin and orbital Hall effects in 2D topological materials through high-throughput calculations, examining their relationship with topological properties and potential applications in spin-orbitronics.
Long-Lived Isospin Modes in Gapless Moire Graphene
Explore long-lived isospin modes in gapless moiré graphene with Chenhao Jin. Discover cutting-edge research on quantum many-body systems and their implications for condensed matter physics.
Integer and Fractional Quantum Anomalous Hall Effects in Graphene
Explore quantum anomalous Hall effects in graphene with MIT expert Long Ju. Gain insights into cutting-edge research on strongly correlated gapless quantum many-body systems and their implications.
Reforesting with Resilience: Leveraging Bamboo to Combat Climate Change
Discover bamboo's potential in combating climate change, reforesting coastal areas, and boosting farmer livelihoods. Learn how this versatile plant absorbs carbon rapidly and offers sustainable solutions for a greener future.
Doing Math at the Speed of Light
Explore optical computing's evolution from ENIAC to nanoscale devices. Discover "Swiss Cheese metamaterials" and light-based computational methods solving equations at near-light speeds.
Orbit Proximitized Bernal Bilayer Graphene
Explore the fascinating properties of proximitized Bernal bilayer graphene and its orbital effects in this advanced physics lecture by Caltech researcher Stevan Nadj Perge.
How Do Shampoos, Lotions and Clays Flow When Pushed?
Explore the fascinating flow dynamics of everyday substances like shampoos, lotions, and clays. Discover the physics behind their unique behaviors when subjected to external forces.
The Volcanic Chemistry of Sulfur
Explore the fascinating 4000-year history of sulfur through exciting chemical demonstrations, from ancient discoveries to modern applications in metallurgy, confectionery, and beyond.
2024 APS Medal and Society Prizes Documentary
Documentary showcasing recipients of prestigious APS physics awards: Stuart Parkin (Medal for Exceptional Achievement), Edward W. Kolb (Lilienfeld Prize), and Geoff Penington (Valley Prize). Highlights their groundbreaking contributions to physics.
Geometry and Physics of Covalent Network Glasses
Explore the mathematical modeling of glass transition in covalent network glasses, focusing on molecular agglomeration and stochastic processes to predict glass transition temperatures.
Bridging Microscopic Cell Dynamics to Nematohydrodynamics of Cell Monolayers
Explore cell-based modeling connecting single-cell mechanics to tissue-level nematic and hydrodynamic properties, examining instabilities, flows, and defects in active matter systems.
Exploring the Nano World: Building Nanoscale Structures with Polymer Modeler
Explore nanoscale polymer structures using atomic-level simulations. Learn about crystal structures, polymer science paradigms, and use an interactive Polymer Modeler to understand polyacrylonitrile processing and crystallization.
ABACUS Tool Suite Overview and Crystal Structures - Fall 2023
Explore semiconductor crystal structures using the ABACUS tool suite, focusing on visualization, symmetry, and surface properties of silicon crystals.
The Power of Infrared Spectroelectrochemical Techniques in Observing Surface Chemistry
Explore infrared spectroelectrochemical techniques for observing surface chemistry in electrochemistry applications, focusing on nanomaterial electrocatalysts and their role in energy conversion.