Time–Location Resonance Zones (TLRZ)

Across history, humanity has recorded strange episodes where time and space seem to twist, bend, or vanish altogether. 

From ancient scripture to modern aviation, these Time–Location Resonance Zones (TLRZ) may represent a persistent and measurable feature of our planet — one that links myth, science, and unexplained disappearances.

In the Qur’an, the Ashab al-Kahf (Companions of the Cave,  اصحاب کهف) sleep for centuries, waking as if only hours have passed. 

The Isra and Mi’raj describes the Prophet Muhammad’s journey through seven skies in a single night — an account of instantaneous travel across unimaginable distances and dimensions. Similar tales appear worldwide: the Seven Sleepers of Ephesus in Christian tradition, Japan’s Urashima Tarō, and Ireland’s Tír na nÓg all recount encounters with altered time.

Modern history offers equally baffling examples. The disappearance of Flight 19 in the Bermuda Triangle, the “Electronic Fog” experienced by Bruce Gernon, and the vanishing of Steven Kubacki all share signs of navigation failure, spatial disorientation, and missing time. 

Hybrid cases — where UAP phenomena intersect with these zones — include the Frederick Valentich disappearance over Australia’s Bass Strait, the Kinross Incident over the Great Lakes, and the Rendlesham Forest encounter in the UK.

By mapping these events, a striking pattern emerges. 

Ancient and modern anomalies cluster along geomagnetic irregularities,  oceanic vortex regions, and historic energy lines, suggesting that certain locations act as gateways or resonance windows. 

The TLRZ Master Table, compiled in this study, aligns each case with geographic coordinates and descriptive data,  allowing direct comparison between eras and event types.

This integrated approach — blending ancient testimony, historical records, modern instrument data, and celestial alignment analysis — is at the core of Mysteryology. 

Understanding these zones may reveal that the boundary between legend and physics is far thinner than science has assumed.

As this research expands, the next step will be correlating incident moments with lunar and solar positions, geomagnetic readings, and orbital anomalies. 

Only by combining deep history with precise astronomical measurement can we begin to decode the persistent mystery of Earth’s time–location distortions.