We start with our actions. What we find is a world to live in. Initially it is not clear what is happening. Gradual progress elucidates mass as a prime mover. Newton’s description enables access to the motions of all masses. In the 19th century energy is found to be a fundamental physical reality. Quanta are discerned from experimental evidence in the early 20th century. These are concurrent across the universe as is verified by many experiments from the 1950s onwards. Astronomical discoveries of galaxy rotation rates need a fundamental adjustment to how we comprehend the dynamics of mass. The quantum energies of the atomic nucleus may provide a new perspective on fundamental interactions. The interchanges that function through mass provide a deeper comprehension of the dynamics of all matter in the universe.
How Quantum Energy Effects Concurrence Superposition Tunnelling and Oscillation Contribute to Mass in the Atomic Nucleus and Beyond
Fundamental Quantum Energies may be Deeper Realities of the Strong Nuclear Interaction
It may be Possible to Modify Newtonian Dynamics with Mass not as an Inherent Intrinsic feature of an object rather as a Varying Function of how Energies Interchange through Galaxies Clusters
