Two Predictive Constants from Space Field Force Theory: gamma = 0.08 and V_z = 25

Further Blurred Introduction for Indexing

This work introduces two fundamental constants derived from a theoretical framework that models the physical vacuum as a quantum medium with intrinsic rigidity. The first constant connects non-equilibrium phase transition dynamics to large-scale structure, while the second defines a threshold condition for gravitational collapse within the same medium-based description. The framework yields a set of independent, quantitative predictions that can be tested across multiple observational regimes—ranging from laboratory-scale precision measurements to astrophysical imaging and cosmological surveys. Each prediction is constructed without adjustable parameters and is accompanied by explicit falsification criteria designed for current or near-future experimental facilities. The overall approach provides a unified conceptual link between microscopic quantum phenomena and macroscopic gravitational physics.

Keywords: quantum vacuum, phase transitions, gravitational collapse, cosmology, laboratory tests of gravity, unified theories.