The 1908 Tunguska Event

By Shahrokh Zadeh, Founder of the Mysteryology Method

On the morning of June 30, 1908, at approximately 7:17 AM local time, a colossal explosion occurred over the Podkamennaya Tunguska River (approx. 60°54′N, 101°54′E) in Siberia. The airburst flattened more than 80 million trees over an area exceeding 2,150 square kilometers. With an estimated energy release of 10–30 megatons of TNT — comparable to a modern thermonuclear bomb — this was the most powerful atmospheric explosion in recorded history.

Yet no impact crater was found, and no definitive meteorite fragments have ever been recovered. Conventional science points to a small asteroid or comet (50–60 meters in diameter) detonating mid-air at an altitude of 5–10 km. However, the lack of debris, crater, and the global atmospheric effects make Tunguska more enigmatic than a simple impact.

The explosion occurred near 60.9°N, which is exactly two-thirds (2/3) of the way from the Equator to the North Pole — a harmonic node in Earth’s spherical geometry. This latitude has notable mathematical significance:

• cos(60°) = 0.5, meaning the Earth’s circumference at this latitude is exactly half that of the equator.
• This creates a resonant belt where energy can reflect, focus, or emerge — consistent with the Sha’Z Latitudinal Resonance Bands described in Sha’Z Mystic Force Hypothesis.
• Similar latitudes (~60°N) intersect other regions of natural and historical anomalies, including Alaska, northern Norway, and parts of Kamchatka.
   

Two days before the Tunguska explosion, on June 28, 1908, a New Moon coincided with a total solar eclipse. This means the Sun, Moon, and Earth were in syzygy — a straight-line alignment:

• Moon phase on June 30: Waxing Crescent (~5–10% illumination)
• Moon–Earth distance: ~380,000 km (average)
• Sun–Earth distance: ~1.0167 AU (near aphelion — Earth’s farthest distance from the Sun)
   

These parameters place the Earth at a point of maximum orbital tension with minimal gravitational shielding from solar radiation — a key trigger window under the Sha’Z Mystic Force Hypothesis, which proposes that such alignments can activate latent Earth energies or destabilize the upper atmosphere.

Using midpoint estimates:

• Explosion altitude: ~8 km
• Tree-fall radius: ~40 km
   

This yields a 1:5 ratio, a simple geometric harmonic. Such proportions are rare in chaotic natural explosions. Mysteryology interprets this as a resonant release, where the force expanded proportionally through the atmosphere — not unlike acoustic or plasma wave propagation along Earth’s energetic lines.

Mysteryology posits that Earth is embedded in a grid of energy corridors — invisible but trackable through geometry, lunar timing, and alignments. The Sha’Z Mystic Force Hypothesis argues that:

• These zones, when activated by lunar phase, solar quietude, or celestial alignment, may discharge stored energy, much like a capacitor.
• In Tunguska’s case, the site was not only at a geomathematical node, but also temporally aligned with low solar activity (Solar Cycle 14 minimum), reducing Earth’s magnetic shielding.
• This may have allowed an upper atmospheric plasma event — possibly triggered by a high-velocity object, but magnified by Earth’s own energetic response.
   

• Bright nights were observed across Europe and Asia for days after the blast, indicating high-altitude atmospheric ionization.
• Eyewitnesses near the epicenter reported bluish-white fireballs, heatwaves, and delayed shockwaves, consistent with high-altitude discharges.
• Some seismic and barometric readings suggest localized magnetic disruptions, supporting the hypothesis of a geomagnetic pulse rather than a pure physical impact.
   

The 1908 Tunguska explosion was not merely a physical impact — it was a convergence of cosmic alignment, geomathematical resonance, and Earth-based energy discharge. Through the Mysteryology Method, we recognize patterns mainstream science overlooks: harmonic ratios, celestial timing, and the energetic geometry of place.

The Sha’Z Mystic Force Hypothesis does not deny the possibility of an incoming object — but reframes it as a trigger, not a cause. The real cause may lie in the interaction between Earth’s latent forces and cosmic alignments, creating a plasma-like explosion without impact or debris.

By embracing the Mysteryology perspective, we unlock new questions and tools — not to mystify science, but to restore wonder and depth to natural investigation.

1. Zadeh, Shahrokh. Sha’Z Square. Ancient Mysteries Decoded (2024). – Explores mathematical correlations between historical sacred sites, introducing methods of geomathematical analysis .
2. Zadeh, Shahrokh. Mysteryology Codes – Part 1: UAP Breakthroughs and Earth’s Hidden Forces. Ancient Mysteries Decoded (2025). – Develops the Mysteryology framework and the Sha’Z Mystic Force Hypothesis for unexplained phenomena, emphasizing hidden patterns in Earth’s energy and celestial alignments .
3. Wikipedia: “Tunguska event.” Wikipedia, The Free Encyclopedia. Last modified April 12, 2025. – Summary of Tunguska event data (date, location, yield, effects) and mainstream interpretations .
4. Longo, G. et al. “New evidence of meteoritic origin of the Tunguska cosmic body.” Planetary and Space Science 84 (2013): 131–140. – Scientific analysis supporting an asteroid airburst, used here for comparative discussion on conventional theories.
5. German, Boris. Physics of the Tunguska Phenomenon (ФИЗИКА ТУНГУССКОГО ФЕНОМЕНА). (2021). – Russian study highlighting unresolved aspects of Tunguska and the potential role of Sun–Moon–Earth interactions (e.g., 1908 solar eclipse) .
6. NASA Astropixels: “Earth at Perihelion and Aphelion: 1901 to 2000.” – Provides Earth–Sun distance data, confirming Earth was near aphelion (~1.0168 AU) in late June 1908 .
7. Moongiant.com: “Full Moon and New Moon for June 1908.” – Lunar phase data indicating a New Moon (solar eclipse) on June 28, 1908, just before the event 
8.  Zadeh, S. Sha’Z Square (2024)