The Synexis Project

Four initiatives.
One mission.

The Synexis Project is a nonprofit research initiative applying rigorous inquiry and methodological discipline to the hardest questions, uncovering answers that were previously beyond the reach of science and technology. Our objective is to determine what is verifiably true and whether new forms of insight can ultimately be translated into practical benefit for humanity.

Hover any node to explore.

Why Now

The tools have finally caught up to the questions humanity has been asking for centuries.

Advances in sensor tech, AI, cloud computing, and pattern analysis allow us to collect and evaluate enormous volumes of data across multiple domains simultaneously. The Synexis Project was created to leverage these capabilities not only on traditional scientific datasets, but also on a range of Anomalous Cognition data sets. Through four complementary initiatives, we seek to apply modern analytical rigor to questions that were previously impossible to study at scale, testing whether meaningful patterns, correspondences, and signal convergence may exist where science has rarely looked before.

The signal predates the science

What has been called remote viewing, precognition, anomalous cognition, focused attention, and coherence phenomena — and in earlier centuries, prophecy, second sight, and divination — is among the most consistently documented phenomena in recorded history. The question was never whether the reports existed. It was whether they could be rigorously tested.

Detection fidelity has crossed a threshold

High-fidelity ionospheric, geodetic, and atmospheric data streams — including real-time Total Electron Content mapping and centimeter-precision crustal deformation records — now exist in accessible form that simply did not exist a decade ago. Signals previously below the noise floor are now detectable.

Convergence requires infrastructure

No single stream is sufficient in isolation. Convergence methodology tests whether aligned signals across independent modalities — geophysical, noetic, coherence-based, and weak-signal environmental — exceed what chance or shared confounders would predict. That analysis requires the AI-scale pattern recognition that now exists.

Protocols have earned their standing

Decades of noetic research have produced repeatable, documented protocols. Pre-registration now gives them the scientific standing to be genuinely tested and genuinely falsified.

Our standard

01 ——

Pre-registration

Hypotheses, analytic protocols, and thresholds are locked to OSF before any result is examined. No post-hoc framing, ever.

02 ——

Open infrastructure

Full commit history on GitHub. BigQuery pipelines, Cloud Run jobs, and ground truth datasets are version-controlled and documented.

03 ——

Null-result parity

Negative findings receive identical documentation and publication treatment as positive ones. The file drawer problem ends here.

Project Sentinel

Environmental signal
meets anomalous cognition

Project Sentinel is a translational research initiative investigating whether a broad spectrum of environmental data, advanced pattern analysis, signal convergence detection, and anomalous cognition can enhance risk awareness and provide deeper insight into potential early indicators of major geophysical hazards.

Spanning geophysical, environmental, and human anomalous cognition domains — testing convergence across independent data modalities at scale.

Live geophysical monitor · M4.5+ events

Synexis Field Observatory

Coherence across
Earth systems

A distributed observation network designed to measure, visualize, and analyze coherence across human, field, and Earth systems simultaneously. It integrates six complementary data streams including human HRV coherence, RNG network data, Earth magnetometer readings, solar and geomagnetic indices, atmospheric electrical data, and global event markers into a common analytical framework.

Global coherence monitor · active sweep

Synexis Correspondence Initiative

Correspondence
across three streams

A structured research program studying whether anomalous cognition shows statistically meaningful correspondence with high-consequence real-world events across transportation, geophysical, and societal domains.

Stream correspondence · A · B · C

Joint Research Initiatives

Collaboration at
the frontier

Collaborative research programs conducted in partnership with IRVA, the Institute of Noetic Sciences, and affiliated institutions. Current active work includes the MMNRS study applying dream research, structured remote viewing protocols and blind localization techniques under pre-registered methodology.

Partner network · active connections

A New Class of
Research