Seems everyone who wants to work with quantum gravity likes to assume there is no such thing as a gravitostatic graviton, a hypothetical gravitational force quanta that plays a role in a hypothetical quantum gravitational exchange between two fixed-position masses; there is curved space, not a change in flow density of gravitostatic quanta. How can a quantum theory of gravity not be entirely a theory of gravitational quanta? I feel like I'm nagging a bizarro-gravity-dominated planet with this.
Seems everyone who wants to work with quantum gravity likes to assume there is no such thing as a gravitostatic graviton, a hypothetical gravitational force quanta that plays a role in a hypothetical quantum gravitational exchange between two fixed-position masses; there is curved space, not a change in flow density of gravitostatic quanta. How can a quantum theory of gravity not be entirely a theory of gravitational quanta? I feel like I'm nagging a bizarro-gravity-dominated planet with this.
CACBCCCU 6 months ago