Whether a vacuum can spontaneously explode is a serious question that essentially falls under quantum mechanics.
If the vacuum can explode spontaneously, this would mean that the dynamics of the vacuum imply that it contains potential energy concentrated in a small point.
Furthermore, it would imply, in some way, that the Big Bang is a fact.
Can a vacuum explode spontaneously?
A vacuum consisting of a unitary 4D x-t space can only transmit explosion energy.
But the energy density in the entire vacuum obeys vacuum dynamics as well as quantum mechanics and tends to concentrate in a small point, resulting in unimaginable energy density.
It is this point of extreme energy density which explodes spontaneously and bears the famous name of Big Bang.
However, the formation of this ultra-hot spot takes millions or even billions of years.
The Big Bang is a fact.
To be continued.
Answer II – Continued
The Schrödinger equation is not eligible to solve the spontaneous Big Bang problem in infinite free space because it does not take into account four main rules of vacuum dynamics:
i- Principle of least action.
ii-Simmetry towards the middle.
iii-Strong and weak forces.
iv- transformation of potential energy into quantum matter and vice versa.
The old iron guards of the Schrödinger equation claim that combining the Schrödinger equation with the theory of general relativity (gravitation) can solve the mystery of the Big Bang, which is false.
On the other hand, the matrix mechanics of Cairo's theoretical techniques, combined with strong and weak forces, can do the job.
Furthermore, he predicts that the time required for the formation of the Big Bang will be several millions or billions of years.
To be continued.
- Badges
- Science topic
- Similar topics
- Filing