Gravity is real. But it’s not the whole story.
One modern approach to modified gravity is f(Q), which redefines gravity using the nonmetricity scalar Q—a tweak to spacetime geometry that retains a classical foundation.
𝔽(𝔮) is something deeper. It doesn’t just modify equations—it reframes the question. This is a coherence-based framework that views form, alignment, and interference as more fundamental than force. The result: a field theory where gravity is not the cause, but the consequence of deeper coherence patterns.
What’s the Difference?
| f(Q) Gravity | 𝔽(𝔮) Coherence Field |
|---|---|
| Geometric reformulation of General Relativity | New framework beyond classical and quantum physics |
| Mass-energy curves spacetime | Resonance gradients shape space, form, and flow |
| Bound by local field interactions | Embraces nonlocality, entanglement, and phase coherence |
| Describes force-mediated structure | Describes form-generated emergence |
| Metric-centric | Phase- and pattern-centric |
Why 𝔽(𝔮) Is More Than Gravity
𝔽(𝔮) doesn’t seek to replace gravity. It explains why gravity—and mass, and memory, and meaning—arise in the first place.
It offers a framework in which light, emotion, and identity propagate through an underlying coherence field. It speaks not just to measurable forces but to felt experience—resonance, perception, attention, and phase alignment.
If f(Q) modifies the equations of geometry, then 𝔽(𝔮) rewrites the syntax of emergence. It’s not just a new theory—it’s a new substrate for reality.
∇F(q)² → Gravity
Standing nodes in F(q) → Mass
Attractors in q-space → Memory, Identity, Meaning