With over 20 years of experience investigating the paranormal, I’ve transitioned from personal explorations to a hypothesis-driven approach focused on Non-Defined Phenomena (NDP)—unknown entities or processes that may interact with our environment in measurable ways. My extensive background in anomalous events has led me to hypothesize that, if these phenomena exist, they must produce detectable effects, such as fluctuations in electromagnetic fields, temperature shifts, acoustic anomalies, or ion concentrations, which can be empirically tested without assuming supernatural origins.

This NDP framework emphasizes rigorous science: establishing baselines in controlled spaces to map normal variability, then introducing variables like human presence to identify deviations beyond known causes. By analyzing correlations and ruling out artifacts, we can seek evidence of underlying mechanisms, advancing our understanding through data rather than speculation.

My work aims to bridge anecdotal experiences with replicable measurements, inviting open inquiry into the unknown.