Vijay Shankar Sharma
Vijay Shankar Sharma
Learn · 45 arguments · 45 of 45
Part II
Weak-lensing surveys persistently find a lower value of the structure-growth parameter S8 than Planck-based extrapolation predicts. BFUT Paper 13 shows that simulations incorporating rotational support from angular momentum within a persistent, self-organising cosmic web, with the coupling parameter set directly to the observed KiDS-1000 deficit of 8.3 percent, produce an S8 deficit of approximately 6.2 percent, consistent across mass scales from galaxy groups up to superclusters, using the same rotational mechanism already established for galaxy rotation curves [P13]. Each of these forty-five arguments is derived directly from the BFUT paper series, worked through mathematically and checked against real data or working simulations. Together they show that the standard model's own list of unresolved tensions, the Hubble Tension, the Cosmological Constant Problem, the Lithium Problem, the JWST early-galaxy problem, and the rest, are not independent, unrelated puzzles each requiring its own separate patch. They are symptoms of a single incorrect premise: that the universe has a finite age and a single point of origin. Remove that premise, and every one of these problems is resolved by the same physical substrate and the same infinite timescale. That is the case this document makes, and it is complete on its own terms. It is also not the whole of what the same substrate explains. The standard model requires dozens of separate assumptions and independently fitted parameters, a cosmological constant, a dark matter particle never detected, a dark energy field never detected, a Higgs field with its own separate mechanism, general and special relativistic time dilation treated as related but formally distinct, and particle masses, the Planck constant, and the fine structure constant all taken as measured inputs, not derived outputs. A single physical substrate, defined by an equilibrium density, a relaxation time, a stiffness, and a propagation budget, accounts for all of it directly: the effects attributed to dark matter, the role played by the Higgs field, the unification of general and special relativistic time dilation under one mechanism, and the direct derivation of particle masses, the Planck constant, and the fine structure constant from the same underlying quantity. Those derivations are each substantial enough to warrant their own separate treatment, and are addressed in full elsewhere in the paper series; they are noted here only to make the scope of what one substrate accounts for clear.
Source papers: P13