Uploads from The Action Lab

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Curated by: The Action Lab (1020 videos)

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Currently Playing: How Glass Breaks All the Rules of Insulation

I show you how glass becomes conductive when heated

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Tracks in this Playlist

• The Sun Is the Wrong Color
• This Ring of Plasma Could Change the World
• Why the Universe Forbids Perfect Balance
• Virtual Particles: The Particles That Aren’t Real
• Can You Cook a Chicken by Shaking It?
• CERN Built the Opposite of an Atomic Bomb
• This Strange Wave Changed Physics Forever
• The Weird Connection Between Saliva and Quantum Physics
• I Charged My Phone With a Candle
• The Night Sky Should Be Brighter Than the Sun
• The Robot Hand That Can Grab Anything
• I Tried the World's Strangest Fireworks
• Why Freezing Things Keeps Them From Freezing
• I Tested the Limits of Friction and Found a Paradox
• This Engine Runs On Sunlight
• I Made The World's First Self-Cooling Clothes
• What Happens When You Let the Air Out?
• How Newton’s Bucket Changed Physics Forever
• The Strange Physics Behind the Oberth Effect
• This Tiny Engine Explains Entropy
• Gravity Assists Are Basically Free Energy
• How To Eliminate Gravity
• The Hourglass Paradox Nobody Agrees On
• I Broke The Angle of Repose
• This Simple Wave Explains Quantum Mechanics
• I Built Feynman's Reverse Sprinkler To Solve a 140 Year Old Mystery
• The Weirdest Result of Relativity You’ve Never Heard Of
• What Is The Speed of Surface Tension?
• The Weird Physics of Adding Cream to Coffee
• How Salt Fingering Helps The Oceans
• How Can Something Fall Faster Than Gravity?
• This Laser Can Hear You Talk
• This Ice Cream Trick Feels Impossible
• How Does Light Spin Without Spinning?
• We Just Discovered Why Light Does This
• An Optical Navigation System Better Than GPS
• The Accidental Discovery That Changed Physics
• Why AC Electricity Doesn’t Behave the Way You Think
• Is The Sum Of All Positive Numbers Really -1/12?
• The Strange Limit of Frictionless Motion
• The Hidden Danger Inside Every Candle
• The Mystery Of The Chirping Balls
• How Does Bent Time Make Gravity?
• The Mystery Einstein Couldn’t Solve: The Mott Problem
• The Chemical That Turns Everything Black
• Do What The Fire Says…
• Can A Burning Bush Talk In Real Life?
• Why Is This Liquid Attracted To Blood??
• Why Pulleys Are Weirder Than You Think
• Why Do Grains Defy Gravity?
• Add This To Water To Make It Not Splash!
• Chickens Are Weirder Than You Thought
• Only Geniuses Can Solve This Buoyancy Riddle
• Can Power Lines Really Light a Bulb in Your Hand?
• Do People Actually Jump Farther While Holding Weights?
• Scientists Just Found Why Electrified Drops DON'T Splash
• Volumetric 3D Printing Is REALLY FAST
• Is The Wobbly Table Theorem Ever Wrong?
• Why Don't Liquids Splash In a Vacuum?
• Is a Three-Sided Coin Possible?
• This Device Shrinks Objects in Real Life
• This Liquid Freezes Around Magnets
• The Experiment That Proved Static Electricity Has a Memory
• Can You Cook Food With Heat Pipes?
• Can Opening the Refrigerator REALLY Cool Down Your Room? (Midea Duo smart inverter portable AC)
• The Weird Science of Cold Balls
• Can You Fill a Shape That Has No Inside?
• The bounciest ball
• Can You See X-Rays In a Cloud Chamber?
• How to Convert Mass into Energy at Home
• What If You Actually Had Eyes in the Back of Your Head?
• Can You Control Lightning with Sound?
• This Is What It Looks Like When Atoms Collide
• The Strange Physics of Spinning Pancakes
• Breathing Through The World's Longest Snorkel (With the Beatbot Auquasense 2 Ultra)
• This Material Gets Bigger When You Squish It
• How Much Liquid Nitrogen Would It Take to Freeze a Terminator?
• Do Electrons Really Have "Intrinsic" Angular Momentum?
• The Experiment That Proved Atoms Are Mostly Empty Space
• The Strange Magnetism of Bismuth: It Shouldn’t Work, But It Does
• Your Smartphone Can Make 3D Holograms!
• Is Fire Conductive Enough To Get Shocked?
• How Glass Breaks All the Rules of Insulation
• Drinking The World's Highest Pressure Soda
• Poisson's Spot on The Darkest Ball In The World
• How To Shine Light Through Solid Metal
• A feather and a cube fall at the same rate
• The Evaporation Problem That Most People Get Wrong (3i S10 Ultra)
• Newton’s Cradle Doesn’t Work the Way You Think
• Throwing a -346°F Snowball Made of Solid Nitrogen
• Opening a bottle of liquid nitrogen under water
• How This Autonomous Liquid Metal Finds Its Way Through Mazes
• Can a Red-Hot Mirror Still Reflect an Image?
• How Hot is Light? How Lasers Bend the Rules of Heat Transfer
• The World's First Omnidirectional Screen
• This Ancient Technology Makes Things Spin Really Fast!
• Diamond vs Lava
• Why Do Some Liquids Flow Up? The Mysteries of Shear-Thinning Fluids
• The Secret Behind the World’s Fastest Card Thrower
• How Superconductors Turn Matter Into Waves