BSM // 3025 GEOMETRIC RESEARCH
Scalar Phase Field · Atomic Structure · Quantum Fields · Spacetime Geometry · Propulsion
01 — Command and experiment control
Live geometric field evolution and visual research environment. All scenes are rendered locally in your browser.
02 — 3D scalar geometric phase field
03 — Live model state
Model-defined indices, not measured physical units.
04 — Volumetric energy ring system
Layered 3D-style energy rings, depth shading, animated orbital bands, and central field core.
05 — Rotating holographic spacetime grid
Perspective grid with a rotating center and adjustable geometric deformation parameter.
06 — 3D particle trails
Particle motion, depth scaling, orbital paths, and fading trajectories.
07 — Atomic nucleus and particle interaction
Schematic visualization of a possible U-235 fission channel, not a nuclear reaction solver.
08 — Quantum field interference
09 — Stress-energy tensor
Normalized model indices. A physical tensor requires specified field equations, metric, source terms, and units.
10 — Propulsion geometry visualization
11 — Material-dependent atomic structure
Material-specific schematic arrangements. This is a visualization, not a prediction of actual atomic structure.
12 — Model equations and state
A, κ, D, C and Q are model parameters. Starred quantities are normalized model outputs.
13 — Research results and event log
| Observable | Value | Source | Classification |
|---|
EVENT LOG
Exported records distinguish simulated outputs from experimental observations. Independent measurements should include instrument, calibration, date, units, and raw-data references.