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Lava‑Void Cosmology Passes All Stress Tests
By C. Rich
The Lava‑Void Cosmology stress tests represent the central proof‑point for evaluating the model’s scientific strength. The successful passage of Lava‑Void Cosmology (LVC) through its formal stress tests marks a decisive moment in establishing the framework as a legitimate, empirically anchored scientific program. The audit subjected the theory to rigorous attempts at falsification. That LVC withstood these challenges is significant not because it “proves” the model correct, but because it demonstrates that the system is internally coherent, mathematically stable, and capable of surviving the same adversarial scrutiny applied to mainstream cosmological theories. The Lava‑Void Cosmology stress tests, therefore, function as a crucial benchmark for the model’s long‑term viability. Without the Lava‑Void Cosmology stress tests, the framework would lack the rigorous verification that gives it scientific legitimacy.
Even more consequential is the model’s survival of the two “Guillotine Tests”: the requirement that it remain compatible with potential detection of chiral primordial gravitational waves in CMB TB/EB correlations, and with future measurements of scale‑dependent non‑Gaussianity arising from multifractal intermittency. These tests define clear, near-term experimental pathways by which LVC could be decisively refuted; yet, the theory remains viable under both, placing it in rare company among alternative cosmologies. In an era where many proposed models collapse under the weight of JWST anomalies, early‑universe structure formation, or black‑hole growth constraints, LVC’s ability to endure a comprehensive falsification audit signals that it is not merely speculative metaphysics but a structured, testable, and scientifically responsible framework. Its passage through these stress tests, therefore, represents not just a technical milestone but a philosophical one: it affirms that bold cosmological innovation can still meet the highest standards of empirical accountability. By passing the Lava‑Void Cosmology stress tests, the framework demonstrates that it can withstand the same empirical scrutiny as mainstream cosmology. LVC now stands as a viable, falsifiable alternative to ΛCDM.
C. Rich
