Tunguska — The Visitation

A standard airburst from a point source produces a perfectly radial tree-fall pattern. Yet high-resolution mapping of the Tunguska site reveals a distinct pattern of destruction. Trees fell in two lobes, with a narrow zone of relatively undamaged trees along a certain azimuth. Explosions don’t do that. However, a craft entering the atmosphere at a shallow angle, maneuvering, and then releasing energy—or crashing—could produce exactly such a bifurcated pattern.

Users can scrub through a 3D map of the blast zone, overlaying witness accounts, seismic data, tree fall patterns, and magnetic anomalies. The twist: certain data points “glitch” into unexplained audio frequencies — low hums, rhythmic pulses, or fragmented voice-like patterns in infrasound. Tunguska The Visitation

The gallery’s twist: after assembling, the object displays a different form depending on the time of day (real-world clock sync) — as if it’s “phasing.” A standard airburst from a point source produces

Sources for further reading: - “The Tunguska Mystery” by Vladimir Rubtsov - “Wonders in the Sky” by Jacques Vallee and Chris Aubeck - “The Fire Came By” by John Baxter and Thomas Atkins - Russian Academy of Sciences, 1958–2008: Declassified Expeditions (partial) Explosions don’t do that