Non-Equilibrium Green's Function Method for Energy, Momentum, and Angular Momentum Transfer Mediated by Photons
Explores non-equilibrium Green's function method for energy, momentum, and angular momentum transfer via photons, covering applications in graphene, nanotubes, and molecular systems.
Casimir Force Between Weyl Semimetals in a Chiral Medium - Maria Belen Farias
Explores Casimir force between Weyl semimetals in chiral media, discussing electrodynamics, current materials, reflection matrices, and results. Offers insights into quantum electrodynamic fluctuations and their implications.
Polarized Thermal Emission from Metamaterials Described by Stokes Parameters Based on Fluctuational Electrodynamics - Zhuomin Zhang
Explore polarized thermal emission from metamaterials using Stokes parameters and fluctuational electrodynamics, with focus on optical properties, near-field heat transfer, and novel 2D materials.
Universal Clusters and Crystalline Correlation in Mass-Balanced Fermion Mixtures - Xiaoling Cui
Explore universal clusters and crystalline correlations in mass-balanced fermionic mixtures, examining bound states, angular momentum, and phase transitions in few-body physics.
Meteorology and Metallurgy - Szydlo's At Home Science
Explore the evolution of matter theories and their impact on meteorology, featuring barometer demonstrations and exciting mercury experiments with Andrew Szydlo.
Atoms in Action with Professor Pratibha Gai
Explore atomic-level chemical reactions with Prof. Gai's groundbreaking microscope. Discover applications in medicine, energy, and more as she reveals the fascinating world of atoms in motion during crucial processes.
Terra Rara - The Strange Story of Some Political Elements
Explore the fascinating world of rare earth elements, their unique properties, historical significance, and crucial role in modern technology and geopolitics.
Strange Materials With Mark Miodownik
Explore innovative materials shaping our future, from bionic limbs to self-healing objects. Discover how new materials blur the line between living and non-living, revolutionizing technology and our environment.
The Wondrous World of Perovskites - With Mike Glazer
Explore the fascinating world of perovskites, crystalline materials comprising 38% of Earth's volume, and their diverse applications in electronics, ultrasonics, and thermal sensing devices.
Delightful and Dangerous Liquids - With Mark Miodownik
Explore the fascinating world of liquids, from life-sustaining water to powerful kerosene, as Mark Miodownik delves into their unique characteristics, dangers, and wonders during a simulated plane journey.
The Story of Deciphering the Ribosome - With Venki Ramakrishnan
Nobel Laureate Venki Ramakrishnan recounts his journey in deciphering the ribosome's structure, from early experiments to Nobel Prize-winning discoveries, highlighting the competitive nature of scientific research.
How Does Science Work and Why Does it Matter? - With Jeremy Baumberg
Explore the inner workings of science, funding decisions, public communication, and the scientific ecosystem with Jeremy Baumberg, a leader in nanoscience and nanotechnology.
How Materials Science Can Help Create a Greener Future - with Saiful Islam
Explore how materials science advances can drive green technology innovation, from better batteries to efficient solar power, through atomic-scale modeling and structural chemistry insights.
The Physics of Life - How Water Folds Proteins
Explore water's crucial role in protein folding and life, from its universal solvent properties to its impact on biological components, with insights from cutting-edge research and experiments.
Real Physics Talk - Carver Mead
Explore fundamental physics with Carver Mead, covering gravity, quantum theory, and technological advancements. Gain insights on scientific progress, innovative thinking, and the future of physics and technology.
Geology - Minerals
Explore mineral properties, crystal structures, and classifications in Earth's crust. Learn about silicates, felsic and mafic minerals, and important nonsilicates like carbonates.
How We Deduce Mantle Composition and Structure From Basalts - Igneous Petrology - GEO GIRL
Explore basalt types, mantle composition, and Earth's structure through igneous petrology. Learn how basalts reveal insights into mantle processes and magma generation environments.
Phase Diagrams - Minerals Melt at Different Temperatures - Igneous Petrology
Explore phase diagrams in igneous petrology to understand mineral melting and crystallization. Learn to predict mineral formation from melts and melt composition from minerals at various temperatures.
Toshiro Kodera - Electromagnetic Gyrotropes
Explore metamaterials as replacements for natural magnetic gyrotropes, their applications in circulators and antennas, and the advantages of non-reciprocity in electromagnetic devices.
Too Good to Be True? Low Temperature Sintering
Explore low-temperature sintering of silicon carbide, examining its feasibility, process, and potential implications through experimental analysis and critical evaluation of research claims.
Complete Guide to Starship - Falcon 9 vs Starship: What's New? What's Different?
Comprehensive comparison of SpaceX's Starship and Falcon 9, exploring new technologies, materials, and design innovations for interplanetary travel. Detailed analysis of engines, reusability, and ambitious goals.