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4) Production and accumulation of energy

Let’s address the process liable to accumulate energy.


We all know that we are not able to “fabricate” energy. But if everything started at zero, energy had to be fabricated someway.


We’ve seen that the energy that was fabricated was kinetic energy and it had attain its maximum at the Big-bang’s event.


The maximum kinetic energy produces the maximum speed of a motion. This maximum motion’s speed, we know, is lightspeed. This confirms that the expansion of space was manifested at lightspeed.


This also means that the accumulation of kinetic energy had to be resulting from a “motion” process.


Luckily for us, we are aware of a motion that develops a kinetic energy increase.


This motion is a “rotation”.


A rotation develops, tangentially, an increase in speed; in other words, a rotation increases kinetic energy, tangentially.


Let’s see the process with a drawing, like Galileo advised us:



It’s easy to see that the “D” balls have to travel a longer distance than the “C” balls, which travels a longer distance than the “B” balls. So there is an increase in speed the farther you are from the center (“A” ball).


But this event is not really increasing speed; because all different speeds are stable and aren’t increasing. So how can we explain increasing energy?


It’s pretty simple if you forget, for a minute, whatever Newton has put into your mind.


First of all. There is no centrifugal or centripetal “forces” involved. Whatever is involved are simply “effects” produced by the rotating motion. Calling them “forces” will only blur you mind once again.


The first “effect” to appear, when the rotation starts, is the “centrifugal effect”. For example; if you spin fast enough, your hairs will be projected away from your scalp. And if they are not rooted firmly, you will lose them. So there is no “centripetal effect” involved, beside the fact that your hairs are rooted to your head.


This being cleared, let’s find out what could have started the rotation when energy was at “zero”.


Quantum dynamic will supply the needed answer, with its vacuum energy notion.


Vacuum energy is an underlying background energy that exists in space throughout the entire Universe. The vacuum energy is a special case of zero-point energy in a zero point field that relates to the quantum vacuum”.


Zero-point energy (ZPE) is the lowest possible energy that a quantum mechanical system may have. Which means that even at “zero Kelvin” there is still a bit of energy existing. To my point of view, this energy should be called a “potentiality energy”.


This zero point energy is also described as being fundamentally related to the Heisenberg uncertainty principle. In particular, there cannot exist a “state” in which the system simply sits motionless at the bottom of its “potential” well even if we cannot measure it. A potentiality isn’t even there; it’s something that “will be” eventually. It isn’t even in the “probability” state yet.


This “bottom of potential well” is the status that I describe as a “potential state”, at the moment when Time = zero. This “energetic potential state” would be the “stress” resulting from the universe’s self-questioning: “to be or not to be”. Its final decision will be taken at the instant of the Big-bang when the “probability” state emerges.


This initial “potential state” possesses the bit of energy, whatever energy really is, that is enough to start our rotation process. And since there is nothing else existing beside it, it will be that “potential” energy entity that will start rotating. We are now at the phase of the first dimension.

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