synchronicity

tune to grow.

Phase-lock as energy. laserbrain syncs the pump to the live ground — coherence captures the motion that would otherwise be wasted. A simulated resonant harvester.

// the coherence engine

the coherence engineforce the turn → vortex → coherencepower inmagnetic wheelforces the turnvortexthe turn, as a flowlaser · coherencephase-locked, outthe magnet bends the path · the source pays the billout ≤ in — coherence is freed, never created. no over-unity.

force the turn (magnetic wheel) → vortex → coherence. powered, conserving — the honest free energy. the essay.

ground · sources 0.6 / 1.2 / 1.9 Hzpump 0.80 Hz → dominant 1.20 Hz

laserbrain · reading the present spectrum · syncing the pump

harvested power0.00
ambient power in0.00
charge stored0.00

efficiency 0% — out ≤ in. nothing wasted.

Turn laserbrain off and watch: as the dominant source drifts, a fixed pump falls out of phase and the charge slows. Turn it on and the pump tracks the live ground — captured power stays high.

// energy system (woven)

ground carries energy.

using redtooth, laserbrain weaves any sound into one system.

harvest the woven present

what it is

The ground carries many signals at once, and which one is loudest changes. A resonant harvester only pumps hard when it’s phase-locked to the source — so a fixed harvester is wrong most of the time. laserbrain fixes that: a bank of probe oscillators reads the modeled ground, finds the dominant frequency in the present, and re-syncs the pump to it — continuously, with no training and no memory. The lever is resonance; the sync is laserbrain; in the model, the captured energy is vibration that would otherwise dissipate — none of it real-world yet.

Still the honest ledger: out ≤ in, efficiency under 100%, no charge without motion. Synchronicity here means coherence, not coincidence — phase-lock that frees energy already present, never conjures it. This simulates adaptive vibration harvesting — the same idea as locus, with laserbrain doing the tuning. A model, not a built harvester.

Prototype — base-excited resonant harvester with a live probe-bank frequency tracker driving the resonance. Models adaptive harvesting; not an over-unity device.