Post by Pincho Paxton on Apr 6, 2024 8:58:37 GMT
Is Pi In Physics The Same As Pi In Maths?
In quantum physics X/Y are a spin radius, but Z is a tunnel through the tunnels that the spins make. Also X/Y are quantized with gaps between each quantization for the outflow of gravity which is then hidden from our dimensions. Entanglement creates locality over several metres through the Z axis by ignoring all of the spins which are time delays. So locality through Z is a lot like a zero length over metres.
Therefore Pi in physics is not the same as Pi in mathematics. The reason that Pi works a lot in physics is because of entropy evening everything out, but that's just an average that doesn't need to be taken as a fundamental.
Pincho Paxton
In quantum physics X/Y are a spin radius, but Z is a tunnel through the tunnels that the spins make. Also X/Y are quantized with gaps between each quantization for the outflow of gravity which is then hidden from our dimensions. Entanglement creates locality over several metres through the Z axis by ignoring all of the spins which are time delays. So locality through Z is a lot like a zero length over metres.
Therefore Pi in physics is not the same as Pi in mathematics. The reason that Pi works a lot in physics is because of entropy evening everything out, but that's just an average that doesn't need to be taken as a fundamental.
Pincho Paxton