Running summarizing tools on a new article

Abstract: This work presents the Bhuvaneswari Unified Vortex Theory (BVT) — a unified field framework in which mass, gravity, light, time, and inertia emerge as different manifestations of a single vortex field Φ. The theory is constructed from five fundamental vortex quantities: pressure, density, viscosity, spin, and resistance. From these, a unified scalar field expression and a rank‑2 tensor formulation of Φ are derived.The paper includes a complete diagrammatic flowchart of the Bhuvaneswari Vortex Field, the one‑line unified field formula, its derivation, the tensor form, and its mathematical expansion. To evaluate the physical validity of the unified field, four independent self‑tests are performed: 1)Solar System Test — Shapiro Delay:A Cassini‑like geometry is simulated. After a single viscosity calibration, the BVT Shapiro delay curve closely follows the General Relativity (GR) prediction.2)Galactic Test — Flat Rotation Curve:A synthetic rotation curve with constant velocity (≈200 km/s) is reproduced without invoking dark matter, using the BVT relation .3)Resistance Profile — Linear K(r):The theory predicts a linearly increasing resistance field , consistent with the requirement for flat galactic rotation.4)Photon Test — Quasar Lensing:Einstein radius predictions for quasar lensing are computed for multiple galaxy masses. BVT predicts systematically larger Einstein radii than GR, offering a clear observational discriminator. These results demonstrate that the Bhuvaneswari Unified Vortex Theory is mathematically consistent, reproduces key gravitational phenomena across multiple scales, and provides testable predictionsfor future astrophysical observations.( This work aims to contribute toward a unified understanding of the physical universe — a direction long envisioned by Einstein.)