Actions enable us to find out about the world. We are aware of our own movements. This comes to involve us in all the changes around us. These moving materials enable us to comprehend energy changes of the world. The motions of all matter become comprehensible to us. We are now proceeding in physical science in a way that integrates our own initiatives with all that is happening naturally.
How the Fundamental Physical Science of Energy Realities Develops through the 19th Century
The experimental verification of energy quanta starts the 20th century. Through the explanation of black body radiation and the photoelectric effect energy quantisation proves to be a reality in physical science. The Michelson Morley experiment demonstrates through the constancy of the velocity of light for all observers the equivalence of energy and mass. In the course of the century the quantum nature of energy is confirmed. With this as a fundamental reality it is possible to approach the movements of matter in gravitational interactions.
How the Fundamental Physics of Quantum Energies and Mass Develops in the 20th Century
Observation of galaxy rotational rates being to fast to hold the visible mass together challenges the conventional understanding of gravitation. Similarly with galaxy clusters the observed motions are comprehensible with the dynamics of mass as energy changes. We are always searching for a way of introducing our fundamental realities. With mass not as an inherent intrinsic feature of an object rather a varying function of how energies come together it is possible to comprehend the motions of galaxies clusters. The masses that we observe are coming from wider energy changes. With a full deep comprehension of how energies interchange through mass we can integrate fundamental physical approach.
How the Fundamental Physics of Mass and Energy Develop to Comprehend Galaxies Clusters with Modified Newtonian Dynamics
So we have a unifying way of comprehending the motions of galaxies clusters. Our own matter and all the masses we involve come from quantum energies of the strong interaction. So that even as we look at galaxies the energies that we are operating with all have a quantum nature. The dynamics of mass (that we call gravitation) come from these quantum energies. We are now proceeding with a full physical comprehension of the effects available to us. The dynamics of galaxies clusters emerge from quantum energies interchanges through the universe.
How the Fundamental Physics of Mass and Gravitational Energy Emerges from Collective Quantum Realities
