The universe is hypothesized to emerge from a single classical anisotropic field - the “soup” - governed by a simple suppression rule favoring radial motion and penalizing perpendicular deviations. All observed phenomena - mass, gravity, electromagnetism, quantum statistics, entanglement, and the observer effect - arise as emergent behaviors from this field’s interactions under varying densities and scales. No separate quantum fields, gravitons, dark energy, or wavefunction collapse are required; “quantum weirdness” and “relativistic gravity” are higher- order effects of the same soup dynamics. This model unifies micro and macro scales through anisotropic flux imbalances, with implications for magnetism, sixfold symmetries in electron shells, and beyond.
Frederick Manfredi (Sun,) studied this question.