Johannes Kepler (1571-1630) was inspired by these ideas to formulate a model of fundamental proportional relationships of the orbits of planets in our solar system using the geometry of the basic platonic forms in a nested configuration. This nested geometry model can be seen as an early example of the inherent fractal nesting nature of the spacetime field as described by Unified Physics.

Isaac Newton (1642-1727), typically thought of as the founder of modern mechanistic science, referenced the aether as being an integral part of his theory of gravity. What today is referred to as the “vacuum structure” of space is akin to the concept of the aether as a medium through which light traveled that was common in models of physics up until the early 20th century.

Early in the 20th century, Max Planck (1857-1947) rose to prominence in the physics community as a founder of quantum theory. The “planck units” that he defined are essential to the mathematics of Unified Physics (and provided the foundation for all of quantum theory). As a result of his research, physicists identified a vacuum fluctuation field that is also foundational to the mathematics of Unified Physics.

 Albert Einstein (1879-1955) Through his research into the photoelectric effect he geometrized spacetime, defining a fundamental field that is quantized, which is also primary to the mathematical theories of Unified Physics.

Another prominent 20th century physicist, David Bohm (1917-1992), who was highly respected in his day, proposed theories about the holographic and reciprocal feedback nature of the universe that were largely ignored by his peers, and to a great degree still are in mainstream physics.

Coming from a completely different angle, Walter Russell (1871-1963) also described many of the foundations for Unified Physics (based upon similar concepts of wholeness as was Bohm’s theory), and was ignored and rejected from mainstream science as well.

As mentioned earlier in this module, Nikola Tesla (1856-1943) was a radical pioneer — theoretically and in application — in accessing energy directly from the Earth’s electromagnetic field and transmitting it wirelessly across large distances. If Tesla’s research and experimental pursuits had been fully supported, there is little doubt that the trajectory of physics, as well as that of modern civilization, would have been very different.

Another great pioneer of the 20th century was the prolific mathematician, philosopher, engineer, inventor and author, R. Buckminster Fuller (1895-1983) Among his many contributions, the vast and in-depth research he did into the geometry of energy dynamics, which he called Synergetics, provided a foundational conceptual model that is primary to the theory of Unified Physics we are exploring. Nassim Haramein’s personal research was inspired by the insights that Fuller presented and he has continued to develop some of his key concepts within the context of Unified Physics.

Roots of Unified Physics