The original event in the universe has been considered to be the “big bang”. The main reason is that, the concept, it arises from the mathematics and physics, which have been designed to observe and breakdown observations into understanding. Original understanding has arisen from observing objects and their behavior, then inducing understanding of behavior. Confirmation of the understanding came by showing predictability about behavior and relationships. This understanding was improved by moving such study to include large objects and extending observation out into the cosmos. A correspondence of celestial mechanics to the mechanics involved in everyday objects was appreciated

Newton’s Laws, and Maxwell’s Laws seemed to provide understanding of physical objects and materials.

By studying the cosmos and the behavior of light, it became evident that the Doppler shifts noted suggested that there seemed to be an original event, which could be extrapolated into the past. This event became known to us as the big bang. At the same time studies were also being taken to the microscopic level. At the beginning of the last century it began to become possible to observe the behavior of subatomic particles. As these were studied it became evident that they were not particles at allm but were probabilities that had a spatial distribution. It also had become evident from mathematics that time is not linear and that it was connected to apace. These quantum possibilities, therefore, had distribution over space-time.

It became disturbingly obvious that the subatomic quantum world did not match the macroscopic world in terms of physics. It had become increasingly more difficult to make these two fit together. Some of the fundamental problems arose, because, in macro physics space and time have to be treated as real and objects have to be treated as real. Quantum Mechanics says that this is not so since subatomic particles are not real objects. If these objects are not real then time and space cannot be real, though they have an effective macroscopic reality. This macroscopic reality is defined by the uncertainty about any object to the order of 10−²⁵ cm. The larger the object is, the smaller the effect of the uncertainty will be. This effect can be tied to the amount of time the self-cohered object can spend in multiple coherent states.

If time and space are not real, but are effects that have an observational life, then the original event is not a spontaneously occurring event, but simply an observational event. This event is observed from the nothingness outside time and space where  quantum events which populate observational reality originate, the act of which creates time and space for the event.

What does this mean to you? It means that you make it up, simply by observing it. This, the above description, gives you the physics behind how you make it up. You make it up, whether you observe it individually or collectively. Most of us go the collective route and this gives the impression of an independent objective reality. You, therefore, have the choice of allowing it to fall into the pattern being held by the collective, or you can become responsible for your own state. If you own your own state, then you choose your outcome and it ceases to be outcome by default. Grasp the moment, become the reality, for it is well founded in physics.