Welcome to Phase-Biased Geometry (PBG)

What if light bends not because space is warped, but because the photon itself is biasable?

For a century, physicists have told us that gravity is the warping of spacetime. When starlight bends around the Sun or galaxies arc the light of distant quasars, it’s spacetime—the very stage of the universe—that’s said to curve.

But what if that’s not the whole story?

What if every particle—from photons to planets—is a “mode”: a structure with its own envelope and a field of coherence, biasable and responsive to the presence of others?
In PBG, there is no spacetime fabric—no background to bend or warp.
Nature’s order emerges because each mode follows the most efficient, least-cost path through the web of coherence fields it feels from everything else.

A Universal Principle: Coherence Cascades

The same rule that bends a photon’s path near the Sun also:

• Holds atoms together as quantized shells,
• Guides the Moon’s orbit and the architecture of planetary systems,
• Sculpts the belts, rings, and gaps of the Solar System,
• Shapes the grand rotation and planes of galaxies,
• Drives cosmic expansion, redshift, and even time’s arrow.

In PBG, all “forces” and structures—atomic, planetary, or cosmic—arise from biasable modes seeking optimal coherence.
No spacetime. No hidden force fields. Only the mathematics of coherence, cost, and bias.

What PBG Achieves

• Explains lensing, planetary spacing, and shell structure as natural outcomes—not accidents or historical leftovers.
• Unifies the laws of nature: Newton, GR, Bohr, Schrödinger, Hubble, Lamb—all emerge from a single cost-minimization principle.
• Predicts new testable phenomena—from the structure of the Oort cloud to the planes of satellite galaxies.
• Dissolves the classical-quantum divide: everything remains biasable, from the smallest atom to the largest galaxy.

Explore Further

• Primer: PBG in Plain English—Key Concepts & Analogies
• An Introduction to Modal Dynamics and Biased Geometry
• Sample Physical Results
• Appendices & Predictions: What to Look for Next

Phase-Biased Geometry is not a new force, nor a tweak to spacetime—it is a new way of seeing what the universe is, and why it organizes itself as it does.

Begin the journey below.
Primer, An Introduction to Modal Dynamics and Biased Geometry, Phase-Biased Geometry, Observations

It should be noted that this concept is a work in progress, and although promising, is not compete or properly edited.

May 2025 niccodeamus@me.com