- #1
RockSteadyUK
- 5
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- TL;DR Summary
- Surely the direction of spin of any type of sphere depends on the orientation of the observer. Please clarify, how does that work for entangled quantum particles?
If I were viewing the Earth from high above the North pole, I would notice it spinning in an anti clockwise direction BUT when viewed from the South pole it would be spinning in a clockwise direction. If I were high above the equator oriented in a "North up" position I would observe the globe spinning from "left" to "right" but if I were oriented in a "South-up" ("upside down") position, the Earth would be spinning from right to left. My point is that the direction of spin of a sperically shaped obect depends solely on the direction of view and orientation of the observer.
My question is thus when I am observing a quantum particle does the same principle (as above) still apply and, either way, how the heck does that work exactly?
Please explain as if for a 10 year old.
:D
My question is thus when I am observing a quantum particle does the same principle (as above) still apply and, either way, how the heck does that work exactly?
Please explain as if for a 10 year old.
:D