The Iasoberg™ Technology traces its intellectual roots to the work of Nobel Prize-winning economist and physicist Professor Maurice Allais, who in June 1954 observed an anomalous deviation in the swing of a pendulum during a solar eclipse. This unexplained gravitational anomaly — now called the Allais — has since been replicated in other eclipse experiments around the world.
The Iasoberg™ Technology takes the Allais Effect as its foundation and extends it to a global predictive framework. The core insight is that the gravitational fields of the Sun and the supermassive black hole at the center of our galaxy are not uniform — they are subtly deformed, creating small but detectable force variations at specific regions on the Earth's surface at any given moment.
These regions of deformed gravitational force are what we call iasobergs (pronounced ice-o-bergs). Like the vast submerged bulk of an iceberg, the forces at play are largely invisible to conventional instruments, yet their influence on geophysical phenomena appears to be measurable and — critically — predictable.
The Technology computes the positions of these Iasoberg™ regions on the Earth's surface with high accuracy for any moment in time between 2500 BC and 2500 AD, creating a 5,000-year window for both historical correlation and future prediction.