The Coulomb Cube: Estimating Charge in Grains of Sand - Back of the Envelope 0
Explore the fascinating calculation of sand grains needed to create a Coulomb of charge, guided by physicist Bree Barnett Dreyfuss in this engaging and educational discussion.
Importing a Video and Getting Data - Tracker for Beginners Lesson 1
Learn to import videos and generate graphs using Tracker, a video analysis tool for physics exploration. Covers basic processes like creating axes, setting scales, and auto-tracking.
Projectile Motion in Football Field Goals - Lecture 7
Explore projectile motion through football field goals, analyzing angles and speeds to understand the physics behind successful kicks.
E-Field of Charged Shapes - Calculating Electric Fields for Complex Geometries
Learn to calculate the electric field of charged shapes by dividing them into small pieces. Explore techniques for various configurations, including dipoles, using Python code.
Computationally Integrating Quantum Concepts into High School Physics
Integrating quantum concepts into high school physics through computation, focusing on spins-first approach and professional development for teachers to prepare students for a quantum-infused future.
Calculating Expectation Values - A Journey through Modern Physics
Explore computational modeling of early 20th-century physics discoveries, focusing on wave functions and expectation values in quantum mechanics through practical examples and numerical integration.
Stationary States and the Shooting Method in Quantum Mechanics
Explore stationary states in quantum mechanics using computational modeling and the shooting method to solve the Schrödinger equation.
History of Neuroscience - Francis Crick Interview
Explore the life and groundbreaking discoveries of Nobel laureate Francis Crick, from DNA structure to neuroscience, in this insightful archival interview covering consciousness, vision, and memory.
DBIO Seminar - Making the Most of Your Postdoc Training
Insights from successful biophysicists on maximizing postdoctoral training, preparing for future careers, and effective collaboration in interdisciplinary settings.
Investigation of Rough-Wall Turbulence Over Barnacle Roughness
Investigates turbulence over barnacle-covered surfaces using simulations, exploring how increasing barnacle coverage affects fluid dynamics in wall-bounded flows.
Adventures in Physics - Exploring the Universe
Explore the universe's physical attributes and astronomical wonders with Prof. Michel Van Biezen in this insightful lecture, covering planets, galaxies, and the vastness of space.
Miniaturized Biosensors for Healthcare
Explore innovative biosensing devices and their applications in healthcare and agriculture, from lab development to market commercialization, with insights on overcoming fabrication challenges.
Classifying Stratified Wakes with Geoff Spedding and Chan-Ye Ohh
Exploring stratified wake classification using dynamic mode decomposition, with potential applications for turbulent wakes and data-driven methods in fluid mechanics.
Giorgio Parisi and Team Discuss the Configuration of Jammed Packings
Nobel Laureate Giorgio Parisi and team discuss long-range correlations in jammed packings, revealing insights into the structure and behavior of three-dimensional systems of hard spheres at jamming.
Michael Baudoin on Everlasting Bubbles
Discover the science behind long-lasting bubbles and their potential applications. Learn about innovative composite liquid films that neutralize bursting factors, enabling bubbles to persist for over a year.
Physics Matters - Dimensionality in Materials Science by Prof. Antonio Castro Neto
Explore how quantum mechanics and dimensionality shape material properties across 0D to 3D structures, from atoms to conventional materials, with Prof. Antonio Castro Neto.
Physics Matters - New Horizons in Quantum Mechanics by Prof. Vahid Karimipour
Explore new horizons in quantum mechanics, from single atoms to quantum simulation and gravity. Discover how recent developments enhance our understanding and revolutionize technology.
Collective Organization and Screening in Two-Dimensional Turbulence
Exploring collective organization in 2D turbulence, revealing ordered patterns in large vortices through diagnostics and analyzing their dynamics, energy, and geometric arrangements.
Evidence for Multiferroicity in Rare Earth Nickelate Single Crystals
Raman spectroscopy reveals multiferroic properties in rare earth nickelate crystals, offering insights into their magnetic structures and phase diagrams. Researchers discuss findings and implications.
Physics Matters - The Music of Physics
Explore the universe's music through physics, from black hole dances to the Higgs boson discovery. Discover how science and music intertwine to explain cosmic phenomena and fundamental principles.
Sound of Effervescence
Explore the physics behind champagne's unique sound, uncovering how bubble bursts create vibrations. Learn about experimental setups, acoustic emissions, and potential applications in gas volume measurement.