Those mysterious 'ghost lights' seen floating over mountains might just be the rocks 'bleeding' electricity.
April 17, 2026
Original Paper
The Geological Pathway Diversity Model (GPDM): A Unified Classification and Predictive Framework for Anomalous Luminous Phenomena
EarthArXiv · 10.31223/X5J47D
The Takeaway
For centuries, people have reported 'spook lights' appearing near fault lines before earthquakes. This paper proposes a unified geological explanation: when rocks are stressed to the breaking point, they activate 'p-hole' charge carriers. These charges travel to the surface and ionize the air, creating a glowing orb of light. It turns a paranormal legend into a predictable, measurable geological event. If we can monitor these lights, we might finally have a reliable early-warning system for major earthquakes.
From the abstract
Anomalous luminous phenomena - recurring visible plasma events at fixed geographic locations, reported globally over centuries as earth lights, earthquake lights, and spook lights - lack a unified physical classification system and predictive framework. We present the Geological Pathway Diversity Model (GPDM), which proposes that these phenomena share a common underlying mechanism - Freund's p-hole charge carrier activation in stressed crystalline rock - implemented through geologically diverse