These images have been bopping around for a while, but we are just so fascinated every time we look at them. For those of you that didn’t know they existed until now, here are some particulars.
The creatures are called Tardigrades. They are tiny animals that rarely get as big as a millimeter. They are outrageously durable, multi-cellular, and have a complex physical structure very similar to animals much larger than themselves. Tardigrades are fairly common and come in over 400 species. The claws on their eight legs look bear-like, so they are popularly called “water bears.”
Anyway, there are tons of articles about Tardigrades online, so we won’t bother delving any further. This video is a nice (and hectic) synopsis of what tardigrades are and provides some quick notes on what makes them so incredible.
All we want for Christmas is an electron microscpe. Will you put us on your wish list?
So this whole thing about looking into the microscopic universe is awesome. Since peering into microscopes in middle school science classes, we’ve been intrigued by the things too tiny for us to see with the naked eye. Somewhere along the science class experience we discovered images shot by electron microscopes. The thing that makes them so utterly cool is that they can create crystal clear pictures in a full three-dimensional format. And, they can also show things just about as small as an atom. Well, ain’t that a fine howdy-do? Here are some cool subparticle images. Welcome to the world of the weird.
It’s hard to believe that one of these little guys is going to marry that egg and their offspring will grow up to be an immature, entitled brat from Jersey Shore.
It’s now a fact. After being predicted by theoretical physicist Peter Higgs almost 50 years ago, the existence of the Higgs boson is now proof positive. The boson is an essential building block in the creation of the universe, and the validation of its existence virtually completes the Standard Model of particle physics. Why is it important? The Higgs boson is a key element in creating mass. Without it, we our “stuff” wouldn’t stick together so we wouldn’t “be.”
That’s about as much as Comics A-Go-Go! is going to say on the matter (heh, matter..). Here’s what more informed people are going to tell you.
The New York Times
Video from the Huffington Post
How the Collider works: LA Times
Of course, the news is going to be everywhere, but we wanted to bring it to you first. Enjoy a moment of awesomeness!
Not science fiction. Science fact! The massive collider in Cern reveals the hiding place of one of the most important little tykes in the universe.