The Scientific Foundation
Nobel Prize-winning economist, physicist, and the first scientist to observe gravitational anomalies that remain unexplained by current theories — anomalies that form the bedrock of the Iasoberg™ Technology.
Maurice Allais (1911–2010) was a French economist who received the Nobel Prize in Economic Sciences in 1988. But alongside his celebrated work in economics, Allais pursued a parallel and controversial scientific career as an experimental physicist — one that would ultimately challenge some of the most fundamental assumptions of 20th-century physics.
Beginning in the 1950s, Allais conducted a series of meticulous pendulum experiments in Paris. During one set of observations coinciding with a solar eclipse in June 1954, he noticed something anomalous: his pendulum deviated from its expected behavior in a way that could not be explained by Newtonian or Einsteinian gravity. This unexplained deviation became known as the Allais Effect.
Allais pursued these anomalies with the same rigour he applied to economics. His experiments led him to observe phenomena incompatible with commonly accepted theories, from which he drew conclusions that the velocity of light may not be constant but varies slightly according to direction. This approach led him to argue for the existence of ether — in ancient times known as "aether," the medium once believed to fill the upper regions of space beyond the clouds — and for the anisotropy of space: the property that space exhibits different values when measured in different directions.
"These anomalies are real and indisputable, and they call into question the laws of relativity, discovered by Lorentz and Poincaré, and more known under Einstein." — Maurice Allais
To consolidate his own results, Allais reexamined a chain of historical light-speed experiments stretching back to 1887. He found that every one of them contained the same anomalies — anomalies which had either gone unnoticed by the original experimenters or had been deliberately set aside. His conclusion was that this pattern of ignored evidence pointed toward a deeper problem with accepted physics.
| Experimenter(s) | Year(s) | Location | Allais's Finding |
|---|---|---|---|
| Michelson & Morley | 1887 | Cleveland, USA | Results contained anomalies not noticed — or neglected — at the time |
| Morley & Miller | 1902, 1904, 1905 | Cleveland, USA | Same pattern of anomalies present in all three sets of data |
| Dayton Miller | 1925, 1926, 1930 | Mount Wilson, USA | Anomalies again present; Allais argued these supported his own findings |
| Maurice Allais | 1954 (eclipse) | Paris, France | Pendulum deviated anomalously during solar eclipse — the Allais Effect |
Allais concluded from his experiments that the velocity of light does not have a perfectly constant value but varies slightly depending on direction — a direct challenge to a core postulate of special relativity.
His analysis led him to argue for the existence of ether — the medium once thought to pervade space — based on patterns in light-speed experiments that he believed the physics community had too hastily dismissed.
Allais proposed that space is anisotropic — that it exhibits different measurable properties in different directions. This would explain the consistent anomalies observed across decades of independent experiments.
The connection to the Iasoberg™ Technology: The Allais Effect — that tiny, unexplained pendulum deviation — is the direct physical phenomenon that Ed Oberg's Technology is built upon. If a gravitational micro-force can produce measurable pendulum deviations during a solar eclipse, the Iasoberg™ Technology posits that this same class of force, originating from the Sun and the galactic center, produces predictable effects at specific locations on Earth's surface. Mapping those locations across time is what the Technology does.