#Galvinism

The Man Who Accidentally Discovered Antimatter Our latest video out now on YouTube - Link on our story! Written by @lilymayshepherd, @casper_mebius and Derek Muller Produced and directed by @lilymayshepherd Co hosted by @casper_mebius #science #veritasium #physics #math #antimatter #antiparticles #dirac #einstein #heisenberg

Did you know rubber came from trees? Written by Sulli Yost and @casper_mebius Produced and Directed by Sulli Yost Hosted by Derek Muller and @henry.vandyck #science #veritasium #physics #engineering #experiment

The Experiment That Breaks Relativity Our latest video, out now on YouTube. Link on our story! Written by Mithuna Yoganathan, @casper_mebius and Derek Muller Produced and directed by Mithuna Yoganathan Hosted by Derek Muller and Mithuna Yoganathan #science #veritasium #physics #experiment #math

Prof. Walter Lewin, the renowned MIT physicist, was famous for making physics come alive. In his lessons on projectile motion, he combined simple equations with real-life demonstrations to show how objects move under the force of gravity. By breaking motion into horizontal and vertical components, he explained why an object keeps moving forward while simultaneously falling downward. Instead of just writing formulas on the board, he used experiments and visual examples to make the concept intuitive and memorable. His teaching style proved that physics isn’t just about numbers — it’s about understanding how the world actually moves. --dm for credit/removal

#inventions #PhysicsExperiments #explorepage✨ #physics #viralreels

Conservation of mechanical energy ⚡The conservation of mechanical energy states that the total mechanical energy of a system remains constant when only conservative forces act on it, making it a fundamental principle in classical physics. By Prof. Walter Lewin. #physics #quantummechanicmemes #ArtificialIntelligence

A Simple Experiment Using Four Cells, a Magnet, and a Coin In this experiment, four electric cells are placed together facing the same direction to create a stronger electric current. Between the cells, a round magnet is placed carefully, and a small bowl is set on top of the magnet. Then, a coin is placed on the top of the bowl. When the four cells are connected, electric current starts flowing through the setup. Due to the interaction between the electric current and the magnetic field of the magnet, a magnetic force is produced. This force creates motion, causing the coin to start spinning in a circular motion on the bowl. The coin keeps rotating as long as the current flows and the magnetic field remains strong. This experiment demonstrates the basic principle of electromagnetism and shows how electricity and magnetism work together to produce motion. It is a simple example of how electric motors work in everyday life. #Physics #science #sciencefiction #sciencefictionbooks

Light intensity doesn't change electron speed. Just like a cannon's flame size doesn't change the cannonball's speed. It's all about energy! #PhysicsFacts #ScienceExplained #QuantumPhysics #EducationalReels #ScienceIsFun #PhysicsReels

When Albert Einstein wrote E = mc², he wasn’t just describing energy. He was revealing that mass itself is a form of stored energy, and that even a tiny amount of matter contains an enormous amount of power. That single insight changed physics forever. It explained how stars shine, how nuclear reactors work, and why atomic weapons are even possible. The equation didn’t create these forces, but it showed humanity how to unlock them. Few ideas in history have carried so much promise and so much danger in just five symbols.

Ever wondered what that arrow Professor Lewin is holding actually represents? In physics, it’s all about Vectors! Unlike a Scalar (which is just a number, like your age or the temperature), a Vector is a quantity that needs TWO things to be complete: 1️⃣ Magnitude: How much? (Represented by the length of the arrow). 2️⃣ Direction: Which way? (Represented by where the arrowhead points). Think of it this way: Speed is a scalar (60 mph), but Velocity is a vector (60 mph North). 🧭 As Professor Lewin famously demonstrates, you can't describe the motion of the universe without knowing exactly which way things are headed! 🌌 #Physics #ScienceCommunication #WalterLewin #STEM #Vector ClassicalMechanics Education LearnPhysics MIT

WHAT IS LIGHT? PART-04 Early 1900s: Violet light knocks electrons off metal, but red light doesn't. Einstein: Light comes in packets, energy depends on frequency. #PhotoelectricEffect #Einstein #Physics #Science #QuantumPhysics #NobelPrize

Teachers who make physics class boring are criminals." Walter Lewin This bold statement reflects his passionate belief that physics should be exciting, visual, and alive with real-world demonstrations. He often argued that the beauty of physics lies in seeing concepts unfold through experiments - turning abstract equations into unforgettable experiences.