The Asteroid Behind the Bible's Most Famous Disaster

Rocket scientists Alan Bond and Mark Hempsell challenged traditional Assyriological interpretations of the K8538 Ninawa Planisphere. They argued that its unique circular shape, segmented design, and inscribed symbols were not a ritual calendar but a precise astronomical map. By feeding the star positions into planetarium software, they pinpointed a specific date: June 29, 3123 BC, just before dawn, from southern Mesopotamia. This interpretation suggests the tablet records an eyewitness account of a large object crossing the sky at a measurable angle.

The tablet's unusual round shape and segmented design, along with specific drawings of arrows and star clusters, led Bond and Hempsell to use planetarium software to back-calculate the celestial alignment. Their calculations consistently pointed to June 29, 3123 BC, and the trajectory of the object described on the tablet.

The trajectory calculated from the Ninawa Planisphere led directly to Köfels, a valley in the Austrian Alps, which has puzzled geologists for a century. A massive landslide, estimated at 3/4 of a cubic mile of rock, occurred in a single event, dropping the peak by 600 feet. Crucially, the rock at the bottom of the slide was melted into 'frictionite,' and quartz crystals exhibited shock fractures, signatures typically found at confirmed impact craters or nuclear test sites. This geological evidence aligns with a shallow-angle atmospheric entry and airburst of a kilometer-wide object, releasing energy equivalent to all nuclear weapons on Earth.

Geological features at Köfels include extensive beds of frictionite (melted rock) and quartz crystals with microscopic shock fractures. The sheer scale and speed of the landslide, which is inconsistent with typical geological processes, further support an external, high-energy trigger.

Archaeological excavations at Tall el-Hammam in Jordan, identified by Steven Collins as the biblical city of Sodom, revealed a sudden, catastrophic destruction layer around 1650 BC. The findings included pottery melted and glazed on one side, mudbrick turned to glass, and grain cooked to black dust, all requiring temperatures exceeding 3600° Fahrenheit. The presence of shock-fractured quartz, microscopic beads of molten iron and glass, diamond dust, and an iridium layer strongly indicates an airburst event, estimated at a thousand Hiroshimas, vaporizing part of the Dead Sea and poisoning the surrounding land with salt for centuries.

Melted pottery, glassified mudbrick, cooked grain, shocked quartz, molten iron and glass beads, diamond dust, and an iridium layer were found in the destruction layer. The 4% average salt content in the soil, reaching 25% in some samples, supports the vaporization of the Dead Sea.

Astronomers have identified the Taurid stream as the source of these ancient impacts. It is the debris field of a giant comet that fragmented in the inner solar system, with its remnants, including kilometer-sized objects, crossing Earth's orbit twice annually. While most of it burns up as meteor showers, dense knots within the stream, herded by Jupiter's gravity, can contain larger, dangerous objects. Earth's passage through these knots has historically caused significant impact events, and new studies predict close passes in 2032 and 2036.

The Taurid stream's existence is known, and its debris crosses Earth's orbit. Lunar seismometers recorded impacts during Earth's passage through a dense part of the stream in 1975. Mark Boslough's recent study on the Taurid stream predicts close passes in 2032 and 2036.