Expected Outcomes

•A self-consistent, wave-based cosmogenesis framework that aligns with conservation laws, thermodynamics, and quantum principles while avoiding dependence on singularities or inflationary patches.

•A clear reinterpretation of dark matter as low-density or negative-energy field domains, with black holes acting as recycling nodes that redistribute energy through fission-driven processes and relativistic jets.

•Gravity reframed not as geometric warping of spacetime but as a field intrinsic to matter, proportional to mass density, and always additive—emerging naturally from wave–matter interactions.

•Prediction of cosmic structure and voids as the direct consequence of distributed plasma ignition points, energy density variations, and temperature gradients, without invoking hypothetical dark energy.

•A natural multiverse mechanism in which isolated cascade events arise within the infinite Net-Zero Energy Field (NZEF), each sustaining its own cycle of plasma, matter, and energy.

•An educational and conceptual shift away from particle-first cosmology toward field, wave, and energy-density causality as the foundation of structure formation.

•Integration of scale invariance: from atomic resonance and valence behavior to stellar fusion, black hole decomposition, and galactic-scale cycles, governed by the same principles of energy density, temperature, and time.

•A framework in which black holes serve as thermodynamic regulators, converting compacted matter back into energy and maintaining equilibrium across the perpetual cosmic cycle.