Gravity (some thoughts):
I don’t think that (entropy * temperature) & enthalpy + (pressure * volume) are both positive, because they both influence the size of the empty space between mass and in an opposite direction to eachother like how the molecules of a gas move away from eachother, due to (entropy * temperature, and towards eachother by pressure * volume, hinting at their inverted direction towards eachother.)
I don’t actually mean the randomness with entropy, but the volume in this case, which causes more possible realizations. This has implications for the direction of scalar (without vectors) mass and zero-point energy.
When we imagine a bend in spacetime by marbles on a sheet, then the asymmetric parity is underneath the sheet, but with antigravity, so it creates an opposite bend, which draws the asymmetric parity towards eachother, but repels ordinary mass. In other words the negative direction of antigravity also has a negative position for the asymmetric parity, so it’s the same, which is why dark energy doesn’t repel itself, and forms dark matter
We have regular mass & dark matter moved by (entropy * temperature) for regular mass, and dark matter may be dominat Gibbs energy, but the parity probably also has entropy.