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If you take a particle and give it a heat index over an amount of time, then you get Planck's constant [H], which in this case is 6.63 x 10^ -34 joules-seconds (joule(s) just means heat)

In quantum mechanics, this accounts for 1 quantum, or 1 photon of electromagnetic radiation with the frequency it operates with.

Kind of like musical frequencies, but much, much hotter and faster.

So if you take this concept and apply it to individual particles, then you will learn that particles have spin with their movements too. Like a ball that's really hot and fast, and spins.


To account for this, you can take that Heat Index over the Rate of Time and divide that over 2 two rotations or 2 turns. The number 'pi' is the same as saying 180 degrees or a half-rotation, so 2 times that is 360 degrees - a full circle, a full spin!


Now you have:

Heat Index
Rate of Time
Amount of Rotations

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from Tea At Leisure, released May 21, 2022

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