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2-Anomalous Phenomena
Anomalous Phenomena Lab
Anomalous Phenomena Lab
(Interactionology™ — Cross-Domain Systems)
(Interactionology™ — Cross-Domain Systems)
Overview
Overview
The Anomalous Phenomena Lab investigates events and observations that fall outside conventional explanatory models but exhibit structured patterns across space, time, and environmental conditions. These include unidentified aerial phenomena (UAP), unexplained aviation incidents, and recurring geospatial or atmospheric anomalies.
Using the Mysteryology™ framework, the lab analyzes these cases across multiple interaction layers, including energy–energy (E–E), consciousness–consciousness (C–C), and consciousness–energy (C–E) dynamics. The objective is not to assume causation, but to classify, correlate, and model these phenomena within a structured interdisciplinary system.
By integrating geophysical data, environmental conditions, and observational records, the lab evaluates whether such events can be understood as complex interdomain interactions rather than isolated anomalies.
Approach: The Mysteryology Method
Approach: The Mysteryology Method
The Mysteryology Method is a multidisciplinary analytical framework designed to study anomalous phenomena through the integration of natural science, geospatial analysis, and temporal pattern recognition. Rather than examining events in isolation, the method focuses on identifying recurring spatial, temporal, and environmental correlations.
Core analytical components include:
Ephemeris and planetary positioning data
Geospatial analysis and site-to-site relationships
Geomagnetic field measurements and anomalies
Environmental overlays (e.g., seismic, volcanic, atmospheric data)
Temporal pattern analysis aligned with solar and lunar cycles
This approach transforms anomaly investigation into a structured, data-driven process, emphasizing pattern detection, reproducibility, and cross-domain correlation while avoiding unsupported assumptions.
Research Focus Areas
Research Focus Areas
The lab investigates a range of anomalous phenomena, including:
Unidentified aerial phenomena (UAP)
Unexplained aviation and disappearance cases
Recurrent geospatial anomaly zones
Historical and modern observational clusters
Selected case studies include events such as Roswell, Rendlesham Forest, and documented activity in regions like Skinwalker Ranch, Sedona, and the Nevada Triangle. These cases are analyzed using consistent datasets and methodological frameworks to identify shared spatial and temporal characteristics.
The lab also examines large-scale geospatial patterns, including structured site distributions and alignment networks, to evaluate whether non-random spatial organization exists among anomalous locations. This includes analysis of distance relationships, geometric configurations, and temporal correlations using ephemeris, geomagnetic, and geospatial datasets.
Mission & Impact
Mission & Impact
The Anomalous Phenomena Lab aims to bring scientific rigor and methodological structure to the study of events traditionally considered unexplained. By reframing anomalies as data-rich systems, the lab seeks to:
Identify recurring patterns across events
Develop classification frameworks for anomalous phenomena
Bridge gaps between observational data and physical models
Contribute to the emergence of a structured anomaly science within the Mysteryology™ framework
The long-term goal is to establish a repeatable, interdisciplinary approach for analyzing complex phenomena at the intersection of physical systems and observational experience.
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