Randomized trial explores a new gravity theory in a background-independent framework, suggesting novel implications.
Key Points
This manuscript presents a background-independent framework for quantum gravity, investigating whether spacetime is an emergent phenomenon from information networks.
Constructed a framework based on the Discrete-Continuum Equivalence Principle (DCEP) and established its gravitational and phenomenological core.
Developed mathematical formulations like the Trace-Consistent Discrete Einstein Tensor and Chiral Fermion Embedding framework.
Introduced observational signatures to validate the theory, including channels such as gamma-ray photon dispersion and CMB primordial non-Gaussianity.
Established a rigorous DCEP framework that resolves traditional singularities and ensures stable spacetime geometries through compactness aids.
Validated the Trace-Consistent Discrete Einstein Tensor with controlled mathematical identities, broadening gravitational theory.
Proposed observational channels featuring quantitatively constrained signatures for empirical testing, enhancing the theory's falsifiability.