A Local Bubble-in-Bubble (BB) Multiverse Model Time, CP-Reversals, Classical Physics and Fundamental Constants Arise from Just Two Variables

Abstract

We present a novel minimalistic physical framework in which all observable properties of spacetime, matter, and fundamental sector constants emerge from the evolution of two master variables in a multiverse landscape during dimensional descent: (A) the rotation speed of bubble universes, and (B) the vacuum energy density within each bubble universe. This provides a minimal, dynamical explanation for the emergence of classical universes from higher-dimensional sectors and pre-geometric origins. We humbly claim that this model dissolves, resolves or renders obsolete the mass hierarchy, measurement and measure problems, the Anthropic principle and the Fermi paradox. It explains the Dark Flow, Cold Spot, predicts chiral anomalies in gravitational waves and the CMB. It explains why CTC (closed timelike curves) will not violate causality in higher dimensional sectors in the local multiverse (and hence Hawking’s chronology protection is not required in these sectors). Starting from an 11-dimensional all-spatial Euclidean manifold, we show that conservation of angular momentum forces rotational speed to increase as nested bubble universes descend to lower-energy states. This rotation drives dimensional reduction, generates chirality and CP-offset universes, and converts one spatial dimension into a timelike dimension as it rotates towards the axis of rotation (this increases the speed of light and causal depth, while decreasing time dilation). Simultaneously, decreasing vacuum energy density (the second master variable) drives the evolution of all physical sector constants: Planck scales, fine-structure constant, Bohr radius, gravitational constant, and stabilizes the speed of light and time dilation, while entropy increases and mass scales shift downwards.