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Replying to @InertialObservr
Thank you for clearing this up. Wouldn’t a lot of frustration have been spared if it hadn’t been called “spin”?
2 replies 0 retweets 20 likes -
Replying to @Gluonfield @InertialObservr
It's not like it's something totally unrelated to "spinning". I guess a name like "intrinsic angular momentum" would help somewhat.
1 reply 0 retweets 2 likes -
Replying to @moocowpong1 @InertialObservr
Is it an intrinsic property that is quantized and which generates a magnetic field? Couldn’t you have called it anything? Why “spin”?
1 reply 0 retweets 1 like -
Replying to @Gluonfield @InertialObservr
It’s literally angular momentum. The idea that it’s actually “spinning” is a very compelling analogy in a lot of ways.
1 reply 0 retweets 1 like -
Replying to @moocowpong1 @InertialObservr
How is it literally angular momentum if it’s not spinning? Isn’t that a contradiction. It’s sort of like angular momentum, not literally angular momentum. Right? Help!
1 reply 0 retweets 1 like -
Replying to @Gluonfield @InertialObservr
So, imagine that you spun up a gyroscope, and put it in a black box. If you move the box around, you can feel that the gyroscope is inside it. Even though the box itself isn't spinning, the whole thing has a detectable angular momentum because of the gyroscope spinning inside.
2 replies 0 retweets 6 likes -
The electron is the same way. It has a detectable angular momentum. But in this case, there's no way to look inside the box, and as far as we can tell there isn't a bit inside that's "moving".
1 reply 0 retweets 5 likes
That’s actually a pretty good analogy
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