Inspired by the laws of nature, the Rippling Table from conceptual furniture maker Mousarris represents a single moment frozen in time. In this case, the ripples caused by a water droplet hitting a body of water.
Because our scientists were so preoccupied with whether they could that they didn’t stop to think if they should, physicists at Leiden University have 3D printed a tiny tugboat only 30-microns in length. For reference, an average human hair is about 90-microns in width, although mine is much thicker because I shampoo with a product specifically formulated for bears.
When it comes to telling time with an analog clock, the idea of gear reduction is a very critical piece of the puzzle. Basically, a set of multiple gears work in concert to gradually rotate at slower speeds.
Computer graphics have come a very long way in the past couple of decades, offering up images which are becoming more and more difficult to distinguish from reality. Especially notable are the improvements in physics engines, which allow objects to move and behave more like they do in real life.
While most levitation is achieved with magnets, it’s also possible to suspend small objects in air using sound waves. Thanks to engineer Asier Marzo, you can even create your own acoustic levitator, which can float lightweight objects like water droplets, styrofoam beads, and even insects.
Breaking a bottle with your bare hands isn’t a remotely good idea. Even if you have experience breaking bottles with a punch, you could seriously hurt yourself, and even permanently damage your hand. However, it turns out there’s a way you can pretty safely break a bottle with your bare hands, by hitting it a certain way.
When it comes to accuracy in telling time, the atomic clock is at the top of the heap. In fact, an atomic clock is used right now to set the Coordinated Universal Time (UTC), which is the official world time.
When I was growing up, the only putty-like plaything I had was good old Silly Putty. I always loved messing around with it until it started to turn a sort of weird grey color after picking up too many prints of the Sunday funnies with the stuff.
The European Organization for Nuclear Research aka CERN reached the attention of the masses when they finished the Large Hadron Collider (LHC), the world’s largest and most powerful particle accelerator. Physicists and other scientists all over the world have high hopes for the LHC, while the rest of us are thoroughly impressed with its name.
Pauline Acalin mashed up the Neil deGrasse Tyson reaction meme with Nintendo’s classic boxing game Punch-Out!! to create this funny print. Can you imagine what physics boxing would be like? Chess boxing would be a walk in the park compared to that.
Here’s something you don’t see every day: a tiny LEGO sculpture of the world famous physicist and author Stephen Hawking, complete with his wheelchair and computer. I bet there’s a Higgs boson in there too, we just can’t detect it.
While you might think you need to be a physicist with a particle accelerator to experience the elusive Higgs Boson particle, you’re right. But if you’d like to pay tribute to the recent accomplishments of the CMS and ATLAS teams at the Large Hadron Collider, then grab this watch.
If only telekinesis were a real thing, we wouldn’t need to resort to such cheap parlor tricks as sticking magnets inside our gloves, but unfortunately we live in the real world, and as far as I know, The Force doesn’t actually exist in our universe.
If you ever went riding on a seesaw when you were a kid, you know how unrewarding the experience could be if the kid on the other side weighed decidedly more or less than you. But thanks to the laws of physics, one designer has come up with a solution to this problem.
This is the most awesome bit of science news I’ve heard in a long time. Scientists have determined that a warp drive similar to what the Enterprise used to get around the universe is actually more plausible than previously thought.