IBM creates a stop motion animation using individual atoms
Today, a team of IBM scientists are bypassing the big screen to unveil what they call the “world’s smallest movie.” This atomic motion picture was created with the help of a two-ton IBM-made microscope that operates at a bone-chilling negative 268 degrees Celsius. This hardware was used to control a probe that pulled and arranged atoms for stop-motion shots used in the 242-frame film.
British physicist says anti-gravity has a future…

Can anti-gravity be real? It’s about to get tested at CERN, as a group of physicists are testing antimatter as a way of generating anti-gravity. Time to break out the hoverboards!
Physicists now believe that a perpetual motion machine is possible

For centuries and centuries, people have tried to build or conceive of a perpetual motion machine, but science keeps telling us that such a thing isn’t possible. Now, some scientists seem to think it may be possible after all.
Hand-lettered awesomeness from the notebook of Debbie Millman, maker of amazing things.
Complement with Michio Kaku’s The Universe in a Nutshell.
Astronaut Chris Hadfield shows what it looks like when you wring out a washcloth in space
Proving again that everything in space is a zillion times cooler.
The true science of parallel universes
Parallel universes is a great concept, often used in science fiction, but is there any real science behind this idea?
10 things you didn’t know about antimatter
It costs billions of dollars to produce just a few atoms of the stuff, but here are 10 other things you might not know about antimatter.
So it turns out the universe is about 80 million years older than previously thought

After a bunch of observations and a bunch of math and sciencey stuff and measurements and whatnot, it looks like that the universe is about 80 million years older than previously thought, which is 560 million years older in dog years.
So Stephen Hawking and Morgan Freeman were just hanging out at the Large Hadron Collider

On his way to host the Fundamental Physics Prize in Geneva Switzerland, actor Morgan Freeman got a chance to hang out with physicist Stephen Hawking at the Large Hadron Collider. Because that’s what awesome people do. Hang out together at the LHC.
Watch the trailer for ‘Hawking’, a biopic about Stephen Hawking, written partially by Stephen Hawking
Hawking is the extraordinary story of the planet’s most famous living scientist, told for the first time in his own words and by those closest to him. Made with unique access to Hawking’s private life, this is an intimate and moving journey into Stephen’s world, both past and present. An inspirational portrait of an iconic figure, Hawking relates his incredible personal journey from boyhood underachiever, to Ph.D. genius, to being diagnosed with ALS (or Lou Gehrig’s disease) and given just two years to live. Despite the constant threat of death, Hawking makes amazing scientific discoveries and rises to fame and superstardom.
All about latent heat and why phase changes from one state of matter to another causes a change in temperature
Latent heat is why salted ice is so good for chilling beer, and why your sweat keeps you cool, but there’s a whole lot more to it than just that. Just watch and learn.
Bending water into all kinds of wacky shapes using soundwaves
A stream of water appears to form a corkscrew shape and even move backwards in this video by science & illusion enthusiast Brusspup. The effect is achieved by playing a 24hz sine wave sound on a speaker, running water past the speaker, and filming the water at 24 frames per second (the effect is not visible to the naked eye). The water appears to move slowly forwards or backwards by raising or lowering the sound frequency.
The results are in: That is in fact a Higgs Boson that was discovered by CERN

After thorough re-examination, review and triple/quadruple checking of all the facts and figures, CERN has announced that the Higgs-like particle that was detected last year using the Large Hadron Collider is in fact a Higgs boson. There ya go. New pope, Higgs boson.
Could Spider-Man’s webbing bring a subway train to a screeching halt? Yes it could.

In Spider-Man 2, there’s a scene where Spidey uses his spider-webbing to bring a four-car subway train to a screeching halt. That’s a lot of weight and a lot of mass, but if we’re talking about spider silk sized up to human proportions, it could absolutely stop a runaway train.
The shadow of surface tension
An insect like a wasp or a water strider can rest atop the water, held up by surface tension. This means that the cohesive force of the water molecules sticking to each other is stronger than the force of the bug being pushed down by gravity. This works because it spreads its weight out over a large surface area (like snowshoes). That creates a slight indentation in the top of the water, changing the direction that the light coming down is refracted and re-directing it slightly sideways (that’s where the bright halos around the dark areas come from). And what’s the absence of light?

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