Experiment V2.79: Global Equilibrium Theorem (14-Parameter EFT Space)

Status: COMPLETE

Goal

Map the 14-parameter EFT of dark energy parameter space and identify the thermodynamic equilibrium subspace. Compute the global equilibrium loss across the full parameter space to determine which EFT operators are compatible with d_iS = 0.

Key Result

The equilibrium condition d_iS = 0 constrains the 14-dimensional EFT space to a low-dimensional submanifold containing GR + cosmological constant. Observational constraints from Planck CMB data combined with the thermodynamic prior N < 10^{-3} produce compression factors of order 10^2 relative to observational constraints alone.

Modules

Module	Purpose
eft_mapping_and_bounds.py	EFT parameter mapping and observational bounds
entanglement_equilibrium_holographic.py	Holographic entanglement equilibrium
entanglement_equilibrium_local.py	Local entanglement equilibrium conditions
global_equilibrium_loss.py	Global equilibrium loss function
integration_exp21_to_27.py	Integration with previous experiments
parameter_space_analysis.py	Parameter space analysis and visualization
theory_space_eft.py	EFT theory space parameterization