Vijay Shankar Sharma
Layer 1
Zero assumptions. Zero fitted galactic constants.
Three argued propositions: infinite universe, Spaticle field and its density, matter-creation mechanism. Paper 18 DME uses one derived a_s from ρ_s, G and c. No SPARC or KiDS fit.
Empty space is filled with a continuous physical substrate, the Spaticle field. One measured equilibrium density. From this one number, plus the proton charge radius, the programme derives results with zero additional free parameters.
The lockup
ρs = 7.3 × 10−27 kg/m³
One substrate density. No singularity. No dark energy. No dark-matter particle. No inflation epoch. Infinite universe. Eternal. Local flare-up. Steady-state nucleosynthesis.
10
Sectors of Spaticle-field validation
106
Applications of the Spaticle field
0
Undetected substances
60+
Papers published
18
Code deposits
30+
Simulations
What is derived
Fine-structure constant 1/137.037. W and Z masses. Higgs mass 125.51 GeV against measured 125.25 GeV. Higgs as a quantised excitation of the Spaticle field.
Rotation curves against 175 SPARC galaxies without a separate dark-matter particle. Weak lensing against KiDS-1000. Hubble tension treated as gravitational sorting.
No true singularity: a finite maximum compression density. No Hawking radiation under the substrate premises.
Schrödinger equation, Born rule, half-integer spin, and collapse traced to substrate mechanisms.
Featured papers
60+ papers published across the Big Flare-Up Theory and the six-layer framework. Paper 24 is restricted and is named only. One withdrawn paper is not cited or counted here.
L1
P1
P2
P18
P19
P24
Restricted
Simulations
Layer 2 begins where the substrate starts to sense.
Scope and record
The Big Flare-Up Theory, abbreviated BFUT, is an infinite-universe programme. Space is filled with a physical substrate (the Spaticle field). There is no cosmic beginning and no singularity. Apparent expansion, dark energy, and a separate dark-matter particle are treated as misreadings of substrate dynamics and gravitational sorting.
On this site: the full public paper set (L1, P1–P28 except restricted P24, and focused papers P51–P77 except withdrawn P53), live simulations, and outreach articles. Code deposits sit on Zenodo. The aim is a closed chain from one measured density to particles, galaxies, the microwave background, and time, with numbered predictions.