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- Spin is preserved, and you need to rotate fermions a full 720 degrees if you want to get back to where you started from. So what precisely happens with a *pair* of
Spin is preserved, and you need to rotate fermions a full 720 degrees if you want to get back to where you started from. So what precisely happens with a *pair* of
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What is the relationship between spin and angular momentum? How does the fact that spin considers one complete rotation to be 720 degrees work out with angular momentum's complete rotation only half
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Spin is preserved, and you need to rotate fermions a full 720 degrees if you want to get back to where you started from. So what precisely happens with a *pair* of
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What does it really mean to rotate a spin-1/2 particle, and why do we say it needs 720° rotation to go back to original state - does 360° rotation REALLY make it different? : r/3Blue1Brown
Is the spin of elementary particles in the quantum world the same as that of Earth's rotation about its axis? What is the actual concept of spin in quantum mechanics? - Quora
Spin is preserved, and you need to rotate fermions a full 720 degrees if you want to get back to where you started from. So what precisely happens with a *pair* of
