3.4.5.16  Duality of Time Interpretation

From this quick summary of the various interpretations and theories that tried to explain the quantum behavior, we can clearly notice that most of them have not actually introduced any substantial alternative to the original Copenhagen interpretation which they are criticizing as incomplete or incompatible with observations. On the other hand, although some interpretations are based on radical ideas, such as: many-worlds, many-minds and branching space-time, but those ideas do not actually explain, but only may hide away the main conflicts, such as the wave-particle duality, entanglement and the observer effect, all of which have become experimental facts.

When we add to that the main persisting conceptual incompatibility between Relativity and Quantum theories, although both of them have been tested rigorously and proved equally successful when applied separately in their own domains, we then reach the conclusion that any reasonable interpretation, that could explain the weird and counter-intuitive quantum phenomena, must be based on revolutionary concepts that can unequivocally explain the most fundamental quantum nature which stems from the actual nature of duality, between waves and particles.

Everything in the cosmos, as it has been verified by many experiments, is not only waves, and not only particles; while these two concepts are both contrasting and exclusive, i.e. they can’t together describe the same thing at the same time, and there is no other concept in the current physics apart from waves and particles. We need to solve this riddle before we can provide a complete and reasonable interpretation of Quantum Mechanics.

The Duality of Time exposes a deeper understanding of time, based on the indivisible ontological reality of oneness, from which all the phenomenological dualities in nature emerge and become complementary. So in simple words, as this shall be explained further in chapters V and VI, things are always perpetually being re-created in the inner levels of time before they evolve in the outer level. In the inner level things are metaphysical, or waves, and in the outer level they become physical particles, but only for the indivisible instance of time when they are observed. This concept will solve many major problems in physics, philosophy and mathematics, as it will be explained in the coming chapters, but for this matter we are discussing here, we will provide in the following a brief interpretation of the uncertainty on which the wave-function and superposition states are based.

According to the Duality of Time postulate, if we suppose the particle is composed ofindividual metaphysical points, or monads, each of which is an instance of the Single Monad, that is the only entity that exists in the real flow of time, then the total velocity of the particle is the time average of the velocities of all individual points, each of which is either at rest or moving at the speed of light at the particular single instance of the time of measurement. Therefore, in an object or particle ofindividual points, because only one point exists in the real flow of time on the inner level of perpetual creation, the position of one of these points will be completely uncertain, because its velocity is equal to, while the rest have been already defined, because they are now in the past, and their velocities have sequentially and abruptly collapsed fromto zero, after they have made their specific contribution to the total quantum state. When the numberis very large, as it is the case with large objects and heavy particles, the uncertainty will be very small, because only one point is completely uncertain at the real instance of time. But for small particles, such as the electron, the uncertainty could be considerably large. This uncertainty will also increase with momentum, because higher physical velocity simply means that on average more and more points are in real motion rather than rest.

This key insight, that will be elaborated further in chapter IV and formulated mathematically in chapter V, can solve all the puzzling features of Quantum Mechanics, such as uncertainty, the measurement problem or the effect of observers and consciousness, as well as the reality of wave-function and its collapse; thus offering a comprehensive interpretation.