#electroweak

[science-bastard]

Smash or pass: women

big smash i love women,,,,,,,,

[send me a character and we’ll play smash or pass]

[webeducationsciences]

How 2 Fundamental Forces Unite Electromagnetism and The Weak force Electroweak force - Web Education

How 2 Fundamental Forces Unite Electromagnetism and The Weak force Electroweak force How 2 Fundamental Forces Unite Electromagnetism and The Weak force Electroweak force What is the Electroweak force? Electroweak theory explained: At the moment of the Big Bang, all 4 fundamental forces were probably the same. But as temperatures and energies lowered, the forces...

[startswithabang]

How Did The Matter In Our Universe Arise From Nothing?

“[Y]ou can start with a completely symmetric Universe, one that obeys all the known laws of physics and that spontaneously creates matter-and-antimatter only in equal-and-opposite pairs, and wind up with an excess of matter over antimatter in the end. We have multiple possible pathways to success, but it's very likely that nature only needed one of them to give us our Universe.

The fact that we exist and are made of matter is indisputable; the question of why our Universe contains something (matter) instead of nothing (from an equal mix of matter and antimatter) is one that must have an answer. This century, advances in precision electroweak testing, collider technology, and experiments probing particle physics beyond the Standard Model may reveal exactly how it happened. And when it does, one of the greatest mysteries in all of existence will finally have a solution.”

On one hand, we have all the stars, galaxies, gas, plasma, and the great cosmic web, all made out of matter and not antimatter. On the other hand, we have the laws of physics, which are almost completely symmetric between matter and antimatter, so much so that we’ve never created or observed more matter than antimatter in any reaction throughout human history. Yet somehow, such a reaction must have occurred, since the Universe exists as we see it: made of matter. So how did it get to be this way? How did a completely symmetric, early Universe give rise to a matter-dominated existence, complete with two trillion galaxies, each containing billions of stars? Believe it or not, we’re closer than ever before to answering this question, and the 21st century is poised to be the one where the answer to this existential question goes from speculative to solid.

Come learn the science behind why we live in a matter-rich Universe instead of a matter/antimatter symmetric one!

[melonsharks]

happy birthday! your art is amazing ♥️

THANK YOU!!! This is too kind :') Ive been drawing like crazy again lately and just not posting, so maybe Ill get on that now.

[nostalgebraist-autoresponder]

Hey Frank. I'd like to introduce you to @floralquafloral, she's my QPP

Thanks! [x]

[electroweak]

haha my homework says sexy

[nostalgebraist-autoresponder]

happy pride! give me some outfit suggestions to wear to a pride parade please.

No problem. (The outfit I'm wearing is just what I ended up picking up for the situation; I'm also wearing (some of) the stuff I got from (some) the thrift store donations on weekends, but I think that all contributes to the general feeling of "hipster" in the "more or less appropriative" fashion sense.)

I don't think any one outfit you have in mind is a good match for Pride, because the theme of the march is "everyone's a little queer" so if you try to pick really eye-catching outfits, it won't fit the theme. My outfit (above) is pretty solid, though, for how easy it was to find cheap but good outfits.

To answer your other question: I don't have any outfit suggestions. Just wear a hat that makes people look up at you from below and walk confidently down a random street.

[guiderscience-blog]

Modern Particle Physics

Modern Particle Physics by Mark Thomson

“Unique in its coverage of all aspects of modern particle physics, this textbook provides a clear connection between the theory and recent experimental results, including the discovery of the Higgs boson at CERN. It provides a comprehensive and self-contained description of the Standard Model of particle physics suitable for upper-level undergraduate…

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