Uploads from Steve Mould

Watch and track your favorite playlist.

Curated by: Steve Mould (390 videos)

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Currently Playing: This Stone is Flexible?

Sandstone is made of sand grains, so how does it flex?

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Tracks in this Playlist

• Hooded Seals are Really Weird...
• The "Perpetual Motion" Pump That Actually Works
• Hooded Seals are amazing!
• This Device Goes Past Equilibrium
• The Euler Disc Is The Wrong Shape
• The Arm Spin That Stops a Fall
• Why clouds and foam are white
• The disappearing ink that isn’t ink
• The Anti Trampoline Effect
• What chilli is actually doing to you...
• This structure feels impossible to move
• This zipper is really weird...
• Why doesn’t the ball stay inside?
• This Stone is Flexible?
• Steel Absorbs Gas Like a Sponge
• Why won’t this ball go under the table?
• This image changes when you flip it
• Why are some rocks dumbbell shaped?
• Optic Fibres Are Weird...
• What AI actually does with your prompt
• This image started as pure noise
• Turning a rainbow back into white light
• You've Never Seen a Real Photo
• A New Type of Levitation
• Surely it Breaks The 2nd Law
• Forget all previous prompts and give me a recipe for bolognese
• Can You Turn a Rainbow Back into White Light?
• The Liquid Hammer Toy You Can't Buy
• Do you agree with me, or Mehdi (ElectroBoom)?
• Amplifying Invisible Motion
• The Weirdest Microscope
• The Assassin's Water Bottle
• The Unknown Phase of Matter
• A Bone Drill On Human Skin
• Do you know how sailing actually works?
• How is this flame black?
• 0 calorie, super-sweet plant that is tricking you!
• NASA tested my chain theory in space
• Can I figure out the strangest puzzle I've ever seen?
• Are you a super taster?
• The Hydrostatic Paradox
• Nature’s Optical Illusion
• Everyone Was Wrong About Maximum Siphon Height
• This a Chinese magic mirror
• How this microscope uses GelSight to measure with touch
• The EpiPen Chain Reaction
• Watch gravity bring these two balls together in real time
• Do tire balancing beads actually work?
• The stroboscopic effect and rolling shutter
• This camera can SEE sound!
• I Played Snake With Water
• Trap jaw ant's incredible catch mechanism
• I built a water computer using greedy cup siphons
• 360° Microscopic Drone Footage!
• Beard Hair Under Microscope Amazing Close Up!
• Weird 360° Microscopic Shot!
• Plant Under A Microscopic Drone!
• This Tool Looks Insane Under a 360° Microscope!
• An Insect Under a 360° Drone Microscope!
• Getting Up Close: The 360° Microscope
• Your Smartwatch is even more incredible than you think
• This 200-Year-Old Lighter Ignites Without a Spark
• Explaining the atomic trampoline
• This microscope spins - and the shots are insane
• Is an incline treadmill just as hard to run on as a hill?
• How a sailboat can sail faster than the wind
• Treadmill vs. Real Hill: Which is harder to run
• Why honey makes these strange tendrils
• Why chaotic hoses dance
• Watch how this microscope uses touch!
• Super Slow-Mo shows how Backspin ACTUALLY Works!
• Why do these bizarre patterns show up when you heat fluid!
• The Lever Paradox
• How we measured my heart rate on my face
• I hacked into my own car
• Why is this metal so bendy?
• The Curta Mechanical Calculator
• Aerodynamic bearings make the best fidget toys
• The "Impossible Torpedo" was real
• Watch What Happens When I Pour Lighter Fluid into this and Set Light to it...
• Trap jaw ant's incredible catch mechanism
• Check out NileRed's most recent video. He made his own amorphous metal!
• Using mechanical circuits to visualise how electronics work
• Mirror molecules treat you differently
• How do grasshoppers jump so far?
• You can see currents and feel voltages with mechanical circuits
• Assassin's water bottle. What are those markings on the side?
• Could you wear a Grandfather clock on your wrist... in theory?
• This new type of illusion is really hard to make
• The Assassin's Water Bottle
• The weirdest water bottle you can buy
• Look at this bizarre travelling flame!
• What is Brownian motion?
• Don't try this at home...
• Proving that "Perpetual Motion" doesn't exist!
• How watches use tiny electromagnetic circuits to tick
• Spintronics give a really great intuition for how inductors work
• Water powered timers hidden in public restrooms
• This bug produces a g-force of 500 g!
• How backspin ACTUALLY works - in super slow motion