Understanding Gravity: The DOPA Theory and Its Implications
The question of why gravity acts towards the center of the Earth, and how it can both crush us gently and control the vastness of the universe, has puzzled scientists for centuries. Recently, Peter Roberts, a distinguished retired UK professor, proposed a groundbreaking theory termed DOPA (Differential Opposing Partial Absorption), which offers a new perspective on gravity.
What is DOPA and How Does It Work?
According to DOPA theory, gravity is generated through the interaction of gravitational waves, where the net effect is the difference between the incoming gravitational waves and the partially absorbed waves.
DOPA theory addresses the apparent contradiction that a force which is so gentle as not to crush us can also control the shape of the Earth, the mass of the Sun, and the vastness of galaxies. The strength of this force is not constant but rather dynamic and varies based on the properties of the gravity-generating body.
The Mechanism of Gravity
Let's delve deeper into the mechanism of DOPA gravity. According to the theory, the gravity at the surface of any planet is the difference between the maximum strength of incoming pristine gravitational waves and the slightly attenuated waves that have passed through the planet and are coming up from the planet. This interaction results in a net force that creates the apparent pull we experience as gravity.
As an example, consider a pristine gravitational wave with a strength of 1,000,000 units. At the surface of a small planet, the strength of the upcoming transited wave might be reduced to 999,990 units. This means the net difference is a downward force of 10 units, which is equivalent to 10 m/sec2. For a larger, more massive planet, the downward wave might still be 1,000,000 units, but because the planet is denser, the upcoming wave gets attenuated more, say to 999,500 units. In this case, the net difference is 50 units, which is equivalent to 50 m/sec2. This clearly illustrates how gravity varies based on the mass and density of the body.
Validation of DOPA Theory
Peter Roberts provided empirical evidence for his theory by calibrating a unit of gravitational absorption based on the Earth's gravity. He then used this unit to calculate the surface gravity of each of the solid rocky and icy planets in our solar system. The results he achieved were astonishingly accurate, with a success rate of over 99.73%.
This level of accuracy could not have been achieved without the correct theory being in place. The fact that DOPA theory explained the mechanism behind the generation of gravitational force and that this force is directly related to the mass and diameter of the body, provided a solid foundation for further scientific exploration.
Implications of DOPA Theory
The implications of DOPA theory extend far beyond the surface gravity calculations of planets. It provides a clear explanation for the control of solar systems and entire galaxies. The theory addresses the dynamics of gravitational waves and their interaction with matter, revealing that the gravitational field is not static but dynamic and changing constantly based on the net vectors arising from the balance of gravitational waves at any given locality.
DOPA theory is a significant step forward in our understanding of gravity, offering a new and scientifically demonstrable method for studying the creation and behavior of gravity within our three-dimensional universe. It challenges existing frameworks and opens up new avenues for research in both theoretical and applied physics.
Thank you, Peter Roberts, for your invaluable contribution to our understanding of this fundamental force of nature.