F(q) Theory

What is F(q)?

๐”ฝ(๐”ฎ) is a new kind of field theory proposing that reality itself is structured by coherence โ€” the alignment, resonance, and interference of wave-like systems across physical, informational, and emotional domains.

Where traditional theories begin with particles and forces, F(q) begins with waveforms. From their coherence โ€” or lack of it โ€” everything from gravity to memory to meaning emerges.

The Big Idea (Without the Full Math)

F(q) proposes that reality unfolds across classical space-time (x, y, z, t), but also includes an imaginary axis of rotation (i) and a novel coherence dimension (q). The q-dimension measures how in-phase something is with the field โ€” its alignment with the larger structure of reality.

Coherence, in this theory, is more than order. Itโ€™s causality. It shapes what exists, what persists, and what attracts.

What Emerges from F(q)?

Experimental Clues

Without publishing proprietary simulation results, we can say:

These observations hint that coherence could be the hidden variable behind unexplained cosmological structure.

Why It Matters

F(q) offers a common language for physics, information, and consciousness. It may illuminate:

In this model, being in-phase with the field makes you real. The more coherent, the more causal.

โ€œYouโ€™re not pulled down by mass. Youโ€™re pulled in by resonance. Gravity is just what happens when two systems align.โ€

Want to Know More?

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