Light Frame Theory
What if motion isn’t driven by force at all — but by rhythm?
Light Frame Theory treats gravity, distance, and time as expressions of a single cadence-preserving geometry. Instead of forces pushing matter around, the universe adjusts its frames to keep light’s rhythm intact.
Temporal Descent bends time inward near mass. Temporal Stretch releases it outward across distance. Their balance holds the beat — the same beat every clock, orbit, and signal quietly obeys.
The Core Shift: Cadence, Not Force
- Cadence
The fixed ratio between space and time that light preserves. Motion is not imposed — it is the frame adjusting to keep the beat. - Temporal Descent (TD)
Inward curvature near mass. This is gravity’s depth — persistence under compression. - Temporal Stretch (TS)
Outward curvature across distance. This is expansion’s breadth — distinction without accumulation. - Balance
TD and TS are not competing forces. They are complementary slopes of one field, trading dominance while preserving light’s invariance. - Implication
Flat galaxy rotation, wide-binary behavior, lensing strength, and cosmic drift all trace the same cadence geometry — without invoking hidden mass.
From Foundations to Confirmation
- Papers I–IV · Foundations
Experience, necessity, mathematics, and structure. These essays build the Light Frame from lived motion to a dual-field architecture, showing why Temporal Stretch must exist if Temporal Depth is real — and why cadence geometry matches what we measure. - Papers V–VIII · Confirmation & Methods
The Cadence Bridge, cross-regime consistency, synthesis, and application. These essays show the same law appearing in galaxies, binaries, dwarfs, lenses, and drift — then turn that law into practical tools.
Read the Essays
- Papers I–IV A clear path from insight to field architecture.
- Papers V–VIII The bridge to data, continuity across regimes, and the working toolkit.
Key Ideas at a Glance
- Relational motion
What you observe depends on your frame. Cadence is preserved locally, perceived relationally. - Dual field
Temporal Depth and Temporal Stretch operate under a shared cadence constraint. - Transition point
A universal cadence floor where Stretch and Descent trade dominance without breaking the beat. - Continuity
One rhythm describes galaxies, binaries, dwarfs, lenses, pulsars, and drift — many faces, one field.
Start Exploring
- Principles” Twelve ideas that capture the heart of the Light Frame.
- Formulas: Key equations explained in plain language.
- Author: Michael J. Beaupain and how to get in touch.