Time unstable system

Time unstable system in our Time Dimension is not possible. This means that we are not able to observe matter that does not have stability in time. This does not mean that such a system of matter does not exist – it can be observed from the point of view of another Time Dimension, which has obtained its time stabilization. In our Time Dimension, such an unstable system is ungraspable, as is our matter in another Time Dimension.

Perhaps the time-unstable system could be an interpretation of Dark Matter? Dark Matter, like the time-unstable system, is unattainable in our Time Dimension. It is. But we are not able to experience it. Going further, one can refer to an analogy. A time-unstable system, from our point of view, can be part of the Universe – the Parallel Universe.

Time instability is the separator between the Alternate Worlds. An Alternate Reality is an interpretation of changes in time. The concept of “Time” is dedicated differently each time to a specific Time Dimension that is associated with a specific Alternate Reality. Where the system obtains stability in time, it can be experienced. Where the system has not obtained stability in time, it is simply unattainable.

The structure of Quantum Space is capable of mapping any system. Since the very structure of the Emergent Quantum Space is outside of time, any system is from the point of view of Quantum Space stable – stable beyond time – of course the concept of time depends on the point of view, more on this in the link. Why is the concept of an unstable system so important?

Observations of the Universe are made in systems that are stable in time. We observe, we make observations of matter, which, from our point of view, has obtained stability in time. We record some phenomena indirectly, but also by means of systems stable in time – in the time of our Time Dimension. cosmic microwave background, allows us to estimate the time/elapse of time for some observed parts of the cosmos.

All these observations are made only with time-stable systems. But. If Quantum Space exists (the Concept of Quantum Space), it contains in its structure all possible moments of time from the Initial Big Bang to the end of our time, all versions, of all possible Parallel Worlds that coexist side by side. According to the Big Bang theory, before the “Beginning” of our Universe there was no “time” – what was?

Probably before the “Beginning” of the creation of our Universe there was only Energy – Energy of unknown type. The beginning, the start of the creation of the Universe can be taken as a certain energy state. The already mentioned “energy state” is a mapping contained in the structure of Quantum Space. This mapping is an interpretation of the “Initial Singularity” that started the Big Bang. 

Extrapolation of the expansion of the universe backwards in time using general relativity yields an infinitedensity and temperature at a finite time in the past. This irregular behavior, known as the gravitational singularity, indicates that general relativity is not an adequate description of the laws of physics in this regime. Models based on general relativity alone cannot fully extrapolate toward the singularity. Another approach identifies the initial singularity as a singularity predicted by some models of the Big Bang theory to have existed before the Big Bang. Is/was the “Initial Singularity” system stable over time?

If the Concept of Quantum Space is correct, then the “Initial Singularity” at the first moment of the Universe is an unstable system in time. The Initial Moment, is the initial moment for all Parallel Universes, is the beginning for all Alternative Realities. This means that the mapping of the “Initial Singularity” is outside of time in our understanding of the definition of “time“. “Initial Singularity” is the common point for all “Beginnings” of each Parallel Universe.

This means that the “Initial Singularity” brings together all Time Dimensions – every parallel lapse of time for every Alternate Reality. Such a point becomes stable for each Time Dimension, this means that it is a stable system for each Universe. It is also an unstable system for each Universe, because it contains all possible “times”, little it contains all possible “time” that will elapse from the “beginning” to the end of the Universe. Thus, the “Initial Singularity” is an unstable and at the same time partially stable system.

Perhaps a sign of the “instability of time” is the “Singularity” treated as a phenomenon – a focus point of all moments of the Universe. Unstable because it contains all the time that has passed from the creation to the end of our Universe, and stable because it also contains every moment of Our Here and Our Now – our moment of observation, in our present moment.

A system that is unstable in time such as the “Initial Singularity” seeks to stabilize in time. The measure of stabilization is the expansion of our Universe. The Universe is subject to expansion in terms of “space” and in terms of “time“. This means that our “time” determines the stability of Matter for a particular point in Spacetime. Our Universe can be observed only from our point of view, from our Universe – a stable system exists only in our Here and in our Now, of course, from our point of view.

Such “Initial Singularities” also exist with our Here and Now – in our Universe. This phenomenon is interpreted as Black Holes. Perhaps this mapping of the “Initial Singularity” as a Black Hole, may mean that the Black Hole contains all the information about our Universe – from its birth to its end. This means that the Black Hole is both a system stable in time and unstable in time.

It seems that this may be the case, because if we begin to approach the Event Horizon, “time” begins to destabilize. Matter – well, under destabilization, it becomes … elusive for us? Matter after the destabilization of time changes its interpretation in the direction of energy – only this can function after crossing the Event Horizon – the information contained in Energy – Energy of an unknown type. This Energy Instability can be interpreted from our point of view as a Dark Matter phenomenon.

Perhaps such a description of the Universe will have to be modified. If the Universe is expanding all the time, then perhaps the concept of “time” is also not entirely accurate. A change in the concept of “time” could take this into account – the expansion of “space” could also take into account the expansion of “time”. This means that the cosmological model could have another version – the Concept of Quantum Space. And all this is due to the uncertainty with respect to the “Initial Singularity“, which analogously appears in Black Holes.

More info see unstable system.