A personal consciousness research instrument for Android.
Explore the relationship between focused intention and measurable physical reality — using genuine quantum random numbers, multi-sensor environmental recording, and longitudinal statistical analysis. Inspired by the methodology of the Princeton Engineering Anomalies Research (PEAR) Lab (1979–2007).
The Advanced Lab runs structured four-phase sessions that record six independent physical channels simultaneously:
| Channel | Source | What is measured |
|---|---|---|
| Quantum RNG/Local Entropy | Cisco Outshift QRNG API (vacuum fluctuations) | Z-score deviation from theoretical 50/50 baseline |
| Magnetometer | On-device hardware | Ambient magnetic field (μT), baseline-referenced |
| Ambient sound | Microphone (dB only — no audio recorded) | Environmental acoustic level |
| Barometer | On-device hardware | Atmospheric pressure (hPa) |
| WiFi RSSI | Connected network | Signal strength deviation across session |
| Bluetooth | Nearby devices | RSSI variance — RF environment shifts |
Sessions produce a z-score, phase analysis (early / mid / late intention periods computed independently), a spatial heatmap showing multi-channel convergence events, and a coherence score reflecting session data quality. All results are stored locally. The vault tracks longitudinal patterns across your full session history.
The hypothesis follows the logic established by PEAR: if mind-matter interaction produces any effect on random physical systems, the most statistically detectable signature would appear in a system governed by pure chance. Any systematic deviation from the expected distribution stands out against the noise floor in a way that no deterministic system allows.
Three RNG protocols test different questions:
- Live Quantum — Numbers generated tick-by-tick during your session. Tests real-time mind-matter interaction.
- Buffered Quantum — A batch fetched at session start, consumed during your intention phase. If deviations appear here, real-time causation is ruled out — the only accounts are retrocausal, which is what PEAR's retrocognitive trials documented.
- Local Entropy — Device cryptographic RNG seeded from hardware entropy. Useful as a corroborating layer; not independent of the device's physical environment and therefore not the primary experimental channel.
Multi-channel convergence — when quantum RNG and an independent physical sensor deviate in the same five-second window — is the strongest result pattern, as it reduces the range of mundane explanations.
- Android 8.0 (API 26) or higher
- ~55 MB storage
- Internet connection for quantum RNG (falls back to local entropy gracefully)
Download the latest APK from Releases and enable Install unknown apps for your browser or file manager in Android settings.
- No accounts, no login, no tracking
- No analytics or crash reporting SDKs
- No audio captured — microphone permission reads dB amplitude only; no audio is stored or transmitted
- One external connection — Cisco Outshift QRNG API for random number generation only
- All session data stays on-device
See Privacy Policy.
The app includes nine in-depth articles covering the scientific and philosophical context:
- The Princeton RNG Experiments — PEAR methodology, findings, and the retrocognitive trials
- The Observer Effect — The measurement problem and consciousness in quantum mechanics
- Heart Fields & Coherence — HeartMath research and bioelectromagnetics
- Quantum Interpretations — Copenhagen, Many Worlds, Transactional, and retrocausality
- The RNG Hypothesis — The three protocols and what each experimental question implies
- The Science of Consciousness — Hard problem, IIT, Orch-OR, Global Workspace Theory
- Reading Your Results — Z-scores, phase analysis, coherence, and multi-channel convergence explained
- Running a Good Session — Protocol, environment, intention framing, and control sessions
- The Value of Null Results — File drawer problem, Bayesian reasoning, and epistemic discipline
Free and ad-free. If you find it useful:
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This app is for educational and exploratory purposes only. It is not a medical, diagnostic, or scientific device. The hypothesis that consciousness can influence random physical systems is not established science. Single sessions are statistically inconclusive — patterns across many sessions are required for any meaningful analysis. Not affiliated with Princeton University or the PEAR research program.
See LICENSE for details.
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