Somehow energies come together as mass. Electromagnetic radiation may be basically wave like having the rhythmic to and fro of a water surface. From experiment we also know that light can come together as pulses or quanta. These effects are energy realities of the universe that we directly sense in atoms. A fundamental reality of coherence holds energy together as mass in the atomic nucleus. This is a function of the whole universe and it is one of many energies interchanges that are the fundamental physical realities.
Experimental Research into Quantum Coherence in the Atomic Nucleus and Beyond
Experiments continue to affirm the reality of quanta concurrence (quantum entanglement). Any particles which interact continue to function in a correlated way. The energies that come together as these particles or states can materialise anywhere so that this effect operates at all distances. Concurrence comes from energy interchanges of the whole universe is active in the atomic nucleus contributing to mass. We are aware of these changes in the movements of all material objects. Naturally we sense all these energy effects as the motions of all masses around us.
Fundamental Experimental Physics Research into how Quantum Entanglement Functions in the Atomic Nucleus and Beyond
Experimental Research into how Quantum Energy Effects Superposition and Tunnelling function in the Atomic Nucleus and Beyond
Fundamental Experimental Physics Research into Quantum Energy Effects Oscillation and Neutrino Masses
