Autonomous Learning Metamaterials II - July 25, 2024
Explore advanced concepts in autonomous learning metamaterials, focusing on cutting-edge developments and applications in physics and materials science.
Learning Metamaterials III - July 24, 2024
Explore advanced concepts in metamaterials, focusing on their unique properties and applications in physics and engineering.
Odd Elasticity and Non-Reciprocal Phase Transitions - Lecture 1
Explore odd elasticity and non-reciprocal phase transitions in physics, delving into advanced concepts and their implications for material behavior.
Autonomous Learning Metamaterials - Part I
Explore autonomous learning metamaterials with insights into their properties, applications, and cutting-edge research developments in materials science and physics.
Learning Metamaterials - Lecture 2
Explore advanced concepts in metamaterials, focusing on their unique properties and applications in physics and engineering.
Viscosity Metamaterials, Biological Tissues and Microscopic Robots - Lecture 1
Explore viscosity metamaterials, biological tissues, and microscopic robots with insights from I. Cohen's research, delving into cutting-edge applications in physics and engineering.
Learning Metamaterials - Part I
Explore the fundamentals of metamaterials, their unique properties, and applications in cutting-edge physics research with expert insights from A. Liu.
Graph Theory for Exploration of Material Genes and Structural Chemistry of Li-ion Batteries
Explore graph theory's application in material genes and structural chemistry of Li-ion batteries. Uncover new paradigms for advancing critical battery materials through interdisciplinary research methods.
Lectures in Rheology of Complex Materials - Lecture 4
Delve into the advanced principles of rheology and complex materials through expert insights on material behavior, flow properties, and structural characteristics.
Lectures in Rheology of Complex Materials - Lecture 3
Delve into the advanced principles of rheology and complex materials through expert insights on material behavior, flow properties, and structural characteristics.
Lectures in Rheology of Complex Materials - Lecture 2
Delve into the advanced principles of rheology and complex materials through expert insights on material behavior, flow properties, and deformation characteristics.
Lectures in Rheology of Complex Materials - Lecture 1
Explore the fundamental principles of rheology and complex materials through expert insights into their behavior, properties, and applications in engineering and science.
Fingers, Fractals, and Flow in Liquid Metals
Explore fascinating patterns and behaviors of liquid metals through an examination of finger formations, fractal structures, and flow dynamics in metallic substances.
New Paradigms in Nano Heat Engines
Explore groundbreaking research in single-particle heat engines, their mesoscopic behavior, and innovative approaches to enhance efficiency through engineered system-bath interactions and bacterial reservoirs.
Electronic-Structure Methods for Materials Science - Advanced Quantum ESPRESSO Tutorial
Explore advanced electronic-structure methods for materials science, focusing on Hubbard and Koopmans functionals from linear response in Quantum ESPRESSO.
Control of Water Waves by Metamaterial-Based Devices
Explore innovative metamaterial-based devices for controlling water waves, presented by Dr. Agnes Maurel in this Kirk Lecture at the Isaac Newton Institute.
Metamaterials: Composite Materials with Striking Properties - Rothschild Lecture
Explore metamaterials with striking properties unlike their constituents, including negative thermal expansion and anisotropic mass density. Discover applications in stress guidance and cable networks.
Quantum Computing and the Entanglement Frontier
Explore quantum entanglement's role in computing, cryptology, and physics with John Preskill. Gain insights into quantum information's weird properties and potential applications.
The Everyday Science of Gas
Explore the fascinating world of gases through historical discoveries, modern applications, and scientific experiments, from their role in fizzy drinks to their impact on climate and neural function.
Soft Bioelectronic Systems as Neural Interfaces - Advanced Optoelectronic Integration with Brain and Nervous System
Explore advanced optoelectronic systems for neural interfaces, focusing on miniaturized electronics and their applications in deep brain stimulation, monitoring, and neuroscience research.
Molecular Neuromorphic Building Blocks for Artificial Intelligence
Explore cutting-edge molecular neuromorphic computing and its applications in AI through groundbreaking research on building blocks that mimic neural processes and brain-like functionality.