Universal Communication Lab
Cross-domain signal discovery and cryptographic integrity.
Build hypotheses, model gravitational computation, and test resilient protocols with a strict audit trail.
Mission Stack
Resilient encoding, redundancy, and error-corrected payloads across unknown channels.
Model periodicity, phase drift, and persistence as observational-only features.
Integrity checks, simulated key exchange, and provenance tracking for every decode.
Discovery Pipeline
- Capture signals with modality tags and source metadata.
- Normalize + extract features (entropy, variance, spectral hints).
- Create falsifiable hypotheses and confidence bands.
- Run experiments, log observations, score decodes.
- Export datasets for peer review.
Reference Stack
Pinned resources to support hypothesis design, decoding, and verification.
Hypothesis Builder
Experiment Builder
Model Controls
Retrieval + Search
Templates + Integrity
Observation Scoring
Universal Communication Constraints
Observation Log
Protocol Designer
Encode or decode candidate messages for interoperability testing.
Technical Notes: Gravitational Computation + Communication
In this lab, “gravitational computation” is treated as observational signal processing, not controllable gravity gates. The goal is to model and decode faint channels under extreme noise and weak coupling.
Use strain time series; track periodicity, phase drift, coherence, and cross-correlation between sensors.
Estimate bandwidth, SNR, and channel capacity; compare to EM links to define feasible payload rates.
Apply matched filters, spectral whitening, and windowed FFT; retain full provenance of transforms.
Design redundancy (LDPC/Reed-Solomon), sync beacons, and repetition codes for sparse, noisy channels.
Use signatures and timestamps to validate candidate decodes; avoid claims without reproducibility.
Entanglement does not enable faster-than-light signaling; treat all channels as causal and bounded.
Minimum Viable Experiment
- Define a hypothesis with a falsifiable structure (periodic pulse, phase-coded burst).
- Generate a simulated dataset with known parameters and noise floor.
- Decode via protocol designer, then measure recall and false positives.
- Log metrics + anomalies; iterate only after independent review.
Safety + Governance
All outbound signaling requires explicit human review.
Every hypothesis, experiment, and observation should be exportable and reviewable.
Prefer conservative decoding with confidence scores and clear falsifiability.