Exploring the Quantum Field through Information Physics

Information is not merely abstract but has measurable physical properties. An Infoton [1] is the fundamental carrier of this relationship, making information-energy a first-class physical entity rather than an epiphenomenon of matter. 

Information-energy is shown to move faster than the speed of light reaching Landauer's Wall at 1.201122c, and have a gyroradius of ∞ [2]. The mass-energy-information equivalence m(T) = kBT ln(⟨P⟩)/c² explains how Information is a State of Matter [3] with Mass, and is in the Mitochondria. The Infoton Identity [4] reveals The Graviton™ [5], while Landauer explains the Quark Fermi-Dirac Occupation [6].