Remember, if it doesn't come from within an atomic orbital it's not an electron, it's just sparkling beta radiation.
this post was submitted on 21 Jan 2024
329 points (95.8% liked)
tumblr
3037 readers
2 users here now
Welcome to /c/tumblr, a place for all your tumblr screenshots and news.
Our Rules:
-
Keep it civil. We're all people here. Be respectful to one another.
-
No sexism, racism, homophobia, transphobia or any other flavor of bigotry. I should not need to explain this one.
-
Must be tumblr related. This one is kind of a given.
-
Try not to repost anything posted within the past month. Beyond that, go for it. Not everyone is on every site all the time.
-
No unnecessary negativity. Just because you don't like a thing doesn't mean that you need to spend the entire comment section complaining about said thing. Just downvote and move on.
Sister Communities:
-
/c/[email protected] - Star Trek chat, memes and shitposts
-
/c/[email protected] - General memes
founded 1 year ago
MODERATORS
But if you sparkle only in sunshine, you're an Emo vampire. Know the difference! /s
"The song expands to hold you both" is beautiful
this makes me feel inadequate as a writer
Little maudlin for my taste, but it is a solid metaphor
Electrons do not even have size
At least they have spin
A property almost but not entirely unlike angular momentum.
I'm not sure what you mean? what are you referring to when you say size?
Electrons have a local volume of space over which they exert forces, non uniformly with increasing magnitude. Attempting to restrict the volume of space an electron can exist in increases the magnitude of these forces.
Size to me is a classical scale approximation, like temperature or state of matter. Electrons aren't distinct subatomically in not have precisely defined boundaries of interaction so I am confused about whether you mean something else.