Taking advantage of its medium of choice, Minute Physics makes the incredibly-vast scale of the observable universe a little easier to comprehend by comparing it to the 2,073,600 pixels in this 1080P video. But be forewarned: drawing similarities between the earth and a single pixel in this clip isn't going to help if you're already suffering from feelings of insignificance. Read More >>
What is the Universe? Is the Universe everything there was, is and will be? Is the Universe everything we can observe and things we know exist but haven't been observed yet? Is mathematics part of the Universe or do they exist outside of the Universe? This one-minute-long video shows exactly what the Universe is—but proceed with caution, as it may give you a bit of a headache. Read More >>
Featured comment by biggsydaboss:
"Excuse the spelling mistakes. I@m usong a touchpad k/b & it's a tad bit glitcy. Also I'm not able to proof read properly, so again my apologies" More »
At this point it's hard to find a skeptic who would raise an eyebrow at the notion that our planet is round. But every family has that one uncle or cousin who's so caught up in conspiracy theories they'll question anything. And if you happen to find yourself in a tedious argument defending the spherical nature of the Earth, Minute Physics has put together a useful top ten list of irrefutable facts proving our home is indeed round. Read More >>
Everyone always talks about the wonders of space: its vastness, its complexity, and how exploring it is stretching the limits of human endeavour. Oddly, nobody ever talks about what astronauts do with their poop. Read More >>
As super computers get more and more super, you'd think that eventually we'd be able to calculate the position and interactions of every atom in the universe and be able to accurately predict the future. In fact, this was once a widely held belief in science, until quantum mechanics arrived and put an end to that theory. Read More >>
Featured comment by Nolva:
"ahh the cat knows retort lol. allow me to try and explain if i may. you are indeed correct that the cat in the box is flawed, the cat will know if its..." More »
Some of mankind's most remarkable scientific discoveries came to light as a result of research that had nothing to do with the breakthrough itself. And such was the case with quantum mechanics. Back in the early 1890s the German Bureau of Standards asked Max Blanck to design a lightbulb that produced the maximum amount of light with the minimal amount of energy. And his research into saving the bureau a few Deutsche Marks on its energy bills led to the study of quantum mechanics which could one day let us unlock the secrets of the universe. Read More >>
Featured comment by Darrell Jones:
"Max Blanck - the originator of Quantum Bhysics and one of the giants of that field along with Pohr, Heisenperg and Bauli" More »
The idea of jumping into a tunnel that travels through the centre of the Earth, and emerging on the other side to step right out is definitely fun to imagine, but what if the Earth actually was hollow? How would that affect your everyday life? Read More >>
Usain Bolt is fast. Like, really fast. He's pretty much the fastest dude that ever was fast. And while that's impressive in its own right, could it be that he's actually faster than gravity, one of the fundamental forces that rules the very nature of the universe in which we live? Well, that's sort of a weird question to try and answer, but that hasn't stopped MinutePhysics from poking at it. The answer is SPOILER ALERT "maybe, sort of" but I'll let the master explain the details. Suffice it to say you don't ever want to be running from Usain Bolt. [YouTube] Read More >>
Featured comment by Josh:
"Technically it doesn't matter that he travelled further up, as the diver's displacement remains the same, however the initial velocity changes when th..." More »
Today we learned that part of the white noise you see on a signal-less TV, or hear on an untuned radio, is actually remnants of the Big Bang. But do you know how that random static ended up turning into planets, stars, and other celestial bodies? Read More >>
Featured comment by darkly:
"I think, that technically, we can safely say that everything that we in the U.K. can see in the night sky has come about entirely through the act of e..." More »
Infinity is a pretty difficult concept for us to grasp. The world we live in is full of limitations, so the idea that something can go on and on, forever and ever, doesn't come naturally to us. And to make things even more confusing, some infinities can actually be bigger than others. Read More >>
Featured comment by flynndean:
"If it keeps them occupied and entertained, I'm all for it...
after all, none of my gadgets would exist without them!
I just like to throw a cat am..." More »
It's time to spend another lethargic Monday afternoon wrapping your head around Minute Physics' latest crash course in science. This time around they explain why trying to name or number the multiple dimensions in our universe is a pointless endeavour. Read More >>
Featured comment by Alfred Heflander:
"Based on the picture on the front page, I thought he was going to show us how the flux capacitor works to overcome the 'space' issue of Doc Brown's ti..." More »
Distances are typically documented using specific measurement terms like inches, feet, and even miles. But when someone asks you how far it is to the shopping centre, you'll usually respond with a measurement of time instead of an exact number of miles. Read More >>
Did you know that Einstein was born on Pi Day? The man's awesomeness is immeasurable. Anyway, it's Albert's birthday, and Minute Physics is continuing its mission to educate we the idiots of the world about what Einstein actually did. Here, he's calculating the size of atoms just by observing water and air. [Minute Physics] Read More >>
Minute Physics has undertaken the daunting task of explaining the Theory of Everything. But not surprisingly, it's going to take more than just a couple of minutes. So they've broken it down into smaller chunks, starting with an explanation of matter. Read More >>