Hongpu Yang
Gravitation is redefined as the long-range gradient of the constraint network within the Energy-Efficiency Theory (EET), and the gravitational constant is derived as a structural identity.
In conventional physics, gravitation is considered a fundamental force, but its origin and integration with quantum gravity remain challenging. EET aims to explain gravitation as a phenomenon of a more fundamental constraint network.
Gravitation is defined as the gradient of the total constrained potential, modulated by cooperative capacity. The gravitational constant is upgraded to an identity derivable from constraint network parameters, and various cosmological phenomena (Jeans instability, protostellar ignition, etc.) are reinterpreted using EET concepts.
The gravitational constant is upgraded from an empirical constant to a structural identity, and nine new companion ontology interfaces are established, bringing the total to 25 interfaces. However, the verifiability of the theory and its consistency with existing physics remain unclear.