In a compressed environment, the Whytoff players want to get to a cold position. In a decompressed environment they want a hot position. Anti-particles exist when the environment has been decompressed below ground by a magnetic field, it traps electrons I supposed and that decompresses the vacuum. A neutral vacuum has as many hot positions as cold. The nominal vacuum we have has more hot positions than cold.
Moving to a cold position is an increase in elasticity of interactions, and visa versa. I think I have that. More elasticity means more overlap meaning tanh is closer to zero.
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