Deriving gravity from quantum information

Deriving Einstein's equations from Clausius inequality and capacity.

Full pipeline on causal sets and tensor networks.

Eight hardening steps testing robustness and closing loopholes.

High-precision numerical validations and convergence studies.

Predicting the cosmological constant from entanglement entropy.

Proving GR is uniquely selected by thermodynamic equilibrium among diffeomorphism-invariant theories.

Systematic corrections to close the self-consistency gap R = |δ|/(12α) from 0.36 to unity, solving the cosmological constant problem.

Connecting entanglement entropy coefficients to black hole quantum corrections, the Page curve, and the information paradox.

Using the entanglement cosmological constant to constrain beyond-Standard-Model physics and predict dark sector field content.

Stability analysis and dynamical selection of the Standard Model from entanglement self-consistency.

Confrontations with observation, BSM exclusions, and falsification criteria.

Confronting the zero-parameter entanglement ΛCDM with precision cosmological data across all redshifts.

Connecting unitarity, RG monotonicity, and the positivity of Lambda.

Connecting the a-theorem to cosmological constant positivity and field content bounds.

Why 3+1 spacetime dimensions from entanglement thermodynamics.

Confrontation with DESI, Planck, supernovae, and other cosmological datasets. Falsification criteria and observational scorecard.

First-principles derivation that the bare cosmological constant vanishes: vacuum energy is already encoded in the entanglement area coefficient, eliminating the last assumption of the programme.

Confronting the entanglement Lambda framework with Swampland conjectures, entropy bounds, and quantum gravity constraints.