Beta Decay and Quark-Antiquark Non-Parity in Collision-Induced Gravity

The quark-antiquark interaction, with non-conservation of parity, associated with neutrino-nucleon inelastic scattering, and electron/positron decay consequent to nuclear transmutation and re-materialization, are invoked as the phenomena responsible for heatcarry-off. The mechanism is applied to collision-induced gravity, including quantitative justification, using Feynman parton theory. The application to heat dissipation necessarily involves the tri-quark current that associates with weak interactions.