Gravitational Wave Inducer — Algorithmic Synthesis Engine
ENGINE ACTIVE
⚙ Source Parameters
1.4
1.4
40
45°
20
📈 Key Metrics
1.220
Chirp Mass (M☉)
0.00
Time to Merger (s)
0.00e0
Peak Strain h
0.0
SNR
Synthesis Progress
Orbital Evol.WaveformDetect.Verify.
🤖 AI Automata — Autonomous Parameter Synthesis (Live Loop)
1200ms
A Rule-30 elementary cellular automaton generates each mutation vector; simulated annealing decides whether to keep exploring or fall back toward the best-known high-SNR attractor found so far.
CA Mutation Generator (Rule 30)
0
Generation
1.00
Temperature
0.0
Fitness (SNR)
0.0
Best Fitness
Automaton idle. Enable autonomous mode to begin exploring parameter space.
📡 Strain h+ (Plus Polarization) — Real-Time
📡 Strain h× (Cross Polarization) — Real-Time
📊 Frequency Evolution f(t) — The Chirp
📝 QCORE Source Code
// Gravitational Wave Inducer — QCORE Synthesis synthesize gravitational_wave_inducer { target { topology = RadiationField waveform = chirp_signal { f(t) = f0 · (1 − t/t_merge)^(-3/8) h(t) = (4Gμ/c⁴r) · (πf)^(2/3) · (GM_c)^(5/3) } polarization = [h+, h×] } source { type = binary_neutron_star } constraints { general_relativity = true quadrupole_formula = valid } execute { orbital_evolution = solve(quadrupole_energy_loss) strain = d²Q/dt² / r observed = strain + detector_noise } verify { energy_conservation = true detectable_by_ligo = true } }
📋 Event Log
🔮 Holographic Encoding — Source Parameters from Waveform
Boundary (Waveform at Detector)
Reconstructed Bulk Parameters
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Recovered M1 (M☉)
—
Recovered M2 (M☉)
—
Recovered d (Mpc)
—
Recovered ι (°)
Click "Matched Filter" to reconstruct parameters.
🌀 Orbital Visualization — Binary System Evolution