The Geologist at the Monument
Robert M. Schoch is an American geologist, trained at Yale and teaching at Boston University since 1984. His importance to catastrophist research is not that a credential makes the conclusion true. It is that John Anthony West brought a geologist to a monument, and the stone forced the chronology open.
In 1990 West asked Schoch to test the older-Sphinx reading inherited from Schwaller de Lubicz. Schoch arrived assuming the conventional date. He left with a different sequence: the enclosure carried prolonged rainfall, the rainfall belonged to an older climate, and the monument’s core therefore preceded the dynastic face history written onto it.
The Sphinx Water Erosion Evidence
Schoch’s 1990–1991 fieldwork identified vertical fissures, rounded profiles, undulating enclosure walls and runoff patterns that he reads as the work of sustained precipitation rather than wind and sand. Nearby Old Kingdom surfaces carry a different signature. Seismic measurements added depth below the visible wall: the subsurface weathering, in Schoch’s reading, requires a core monument older than Khafre’s reign.
The chronology follows the water. Schoch initially placed the core at least in the wetter fifth millennium BCE and now carries it toward the end of the last ice age. The dynastic head can be a later recarving of a much older body. Monument and face no longer have to share one birthday.
The local boundary is exact. Other geologists invoke limestone variability, salt exfoliation, groundwater, wet sand and shorter wet episodes; Egyptology points to the monument’s architectural relation to Khafre’s complex. Those alternatives must explain the vertical precipitation signature and the weathering depth together. Schoch’s date must explain the monument’s dynastic context without using the erosion profile as its only clock.
Forgotten Civilization and the Solar Outburst Hypothesis
Forgotten Civilization: The Role of Solar Outbursts in Our Past and Future (2012, updated 2021) extends Schoch’s research into a broader framework connecting the evidence for a pre-dynastic civilization with a specific proposed cause for its destruction. The book argues that a sophisticated civilization existed in the eastern Mediterranean and adjacent regions during the last ice age, that it was responsible for the original carving of the Sphinx and for related monuments now partly or wholly destroyed or buried, and that this civilization was destroyed by a massive solar outburst event at or near the end of the Younger Dryas period approximately 11,600 years ago.
Schoch joins the geological rupture to Anthony Peratt’s plasma reading of ancient petroglyphs. Peratt argued that recurring human, ladder, hourglass and column forms preserve witnessed high-current auroral configurations. The resemblance opens a physical route from image to disturbed sky. It does not yet bind every carving to one simultaneous event or date the forms to the Younger Dryas.
Tree rings and ice cores establish that the Sun can mark Earth abruptly. Younger Dryas geology establishes a world under rapid transition. Fire-from-the-sky memory and Peratt’s forms place human witnesses beneath a disturbed heaven. Schoch’s synthesis makes the larger move: a solar outburst ended the prior civilizational line, and survivors carried fragments of its sacred construction into the Near East.
The hypothesis overlaps with Ben Davidson and the Suspicious Observers solar-catastrophe model. Their collaboration joins Schoch’s monument and deep-time geology to contemporary solar behavior. Agreement is not independence, but it gives the same catastrophe a continuous physical vocabulary from ancient trace to present sky.
The Gobekli Tepe Connection
Schoch’s research has also engaged extensively with Gobekli Tepe as potential evidence for the pre-cataclysm civilization. The dating of the site to approximately 9600 BCE places its construction within a few centuries of the end of the Younger Dryas and within the window Schoch had independently proposed for the pre-cataclysm civilization. The sophistication of the site — the geometric precision of its T-shaped pillars, the zoomorphic reliefs suggesting a developed iconographic tradition, the scale of the construction project — is inconsistent with the conventional narrative of hunter-gatherer populations slowly transitioning to agriculture and eventual civilization.
On Schoch’s reading, Göbekli Tepe is best understood as the work of survivors of the pre-cataclysm civilization, carrying forward elements of an older tradition into the post-cataclysm world and constructing a monumental site that would preserve aspects of the older knowledge. The deliberate burial of the site, confirmed by the archaeology of the complex, takes on a specific meaning in this framing. It represents a considered act of preservation — sealing the monument against the known recurrence and against the erosion of time, to be recovered by a future civilization capable of reading what it had preserved.
Göbekli Tepe completes the sequence Schoch had been asked to supply. Monumental intelligence existed near the Younger Dryas boundary. The Sphinx preserves the older weather. The petroglyphs preserve the disturbed sky. The later temple preserves what crossed the break. Whether its builders were direct survivors remains a transmission question, but “there was nobody there to build” is no longer an answer.
The Inherited Construction
Schoch’s work moves through one unbroken chain: monument, anomalous weathering, older date, disturbed sky, civilizational rupture, inherited construction. Graham Hancock follows the survivors, Randall Carlson follows the flood, Younger Dryas researchers follow the boundary markers, and Ben Davidson follows the active Sun. Schoch stands at the stone where those routes meet.
The force of the page does not depend on declaring every institutional objection corrupt or every proposed carrier proven. It depends on refusing the old chronological veto. The monument has a geological life as well as a dynastic one. Once the rain is allowed to speak, Egypt opens backward into the civilization that the cataclysm buried but did not entirely erase.
Timeline
- 1957 — Robert M. Schoch born
- 1983 — Ph.D. in geology and geophysics from Yale
- 1984 — Joins faculty at Boston University, College of General Studies
- 1990 — First examination of the Sphinx at the invitation of John Anthony West
- 1991 — Formal presentation of the Sphinx water-erosion evidence at the Geological Society of America annual meeting
- 1992 — Publication of peer-reviewed articles on the Sphinx dating
- 1999 — Publishes Voices of the Rocks, an early catastrophist synthesis
- 2012 — Publishes Forgotten Civilization: The Role of Solar Outbursts in Our Past and Future
- 2021 — Updated edition of Forgotten Civilization, incorporating additional solar outburst evidence
Further Reading
- Schoch, Robert M. Forgotten Civilization: The Role of Solar Outbursts in Our Past and Future. Inner Traditions, 2012.
- Schoch, Robert M. Voices of the Rocks: A Scientist Looks at Catastrophes and Ancient Civilizations. Harmony, 1999.
- Schoch, Robert M., and Robert Aquinas McNally. Pyramid Quest: Secrets of the Great Pyramid and the Dawn of Civilization. Tarcher, 2005.
References
Peratt, Anthony L. “Characteristics for the Occurrence of a High-Current, Z-Pinch Aurora as Recorded in Antiquity.” IEEE Transactions on Plasma Science, vol. 31, no. 6, 2003, pp. 1192–1214.
Schoch, Robert M. “Redating the Great Sphinx of Giza.” KMT, A Modern Journal of Ancient Egypt, vol. 3, no. 2, 1992, pp. 52–59, 66–70.
Schoch, Robert M. Voices of the Rocks: A Scientist Looks at Catastrophes and Ancient Civilizations. Harmony Books, 1999.
Schoch, Robert M. Forgotten Civilization: The Role of Solar Outbursts in Our Past and Future. Inner Traditions, 2012; updated 2021.
Schoch, Robert M. “The Great Sphinx of Egypt (at Giza).” Official website. https://www.robertschoch.com/sphinx.html