Electron Clouds: Perpetual Motion? Response

In summary, scientists are trying to figure out what the cosmological constant is and what it means for the universe. It is possible that it is a fictitious force created by the way we observe the structure of a dual universe.
  • #1
Samuel A. (Sam) Cox
3
0
Perhaps motion is not what is happening in the electron clouds, at least not the motion we sense from the coordinates at which we observe the universe.
Remember that you and I are particulate beings, made of what we observe to be atoms and particles...as you say? Also remember that each particle in our body, right down to quarks is located near the Planck Length in scale...10 to the minus 33rd Cm.

Physicists say that the "particles" we consist of exist on 4 dimensional particulate "surfaces" very near the cosmic Black Hole. This is the everywhere "dark energy" which makes up 73% of the mass of the universe.
In what we call "proper" time, all the "information particles" of which we are made "pulse" into and out of the cosmic dark energy very rapidly...in the blink of an eye. However there is a possibility (inferred by the mathematical dualism of General Relativity, Quantum Mechanics and the Schwarzschild "mirror" geometry) that every particle of our bodies is "inversely mapped" to its antiparticle in space, (but not time) coordinates.

As energy is compressed and enters the cosmic black hole in "proper time", it briefly particulates (makes particles) before it disappears. When this particulation process is cross-read from the inversely mapped side of our bodies remotely, a special gravitational time dilation formula in General Relativity describes the creation of the universe as we observe it, being immersed in entangled "photons" or better, the "photonic matrix".

Because photons are entangled from one side of the universe to the other, one side of our body can observe the other inversely mapped side remotely, in "time dilation" and presto! Instead of a rapid flashing pulse, we can observe the particulation process in ultra-slow motion and view the vastness of both space and time. Since the life of say the proton is limited to the finite vastness of the space and time as we observe it, the proton, the nucleus, and the electron shells are long lived, but not permanent- from our frame.

However, Einstein conceived a static (or more exactly, quasi-static) universe. Einstein thought he was wrong and assumed from the work of Edmund Hubble that the universe must be dynamic. However recent astronomical observations indicate that Einstein’s "cosmological constant" (necessary to keep the universe static) really exists!

Scientists are trying to explain the "cosmological constant" as some kind of "vacuum energy", or "quintessence", however it is just as likely that the cosmological constant we observe is actually a geometric phenomenon, a fictitious force (like those on a merry go round) created by the way we observe the structure of a dual universe... in a modified Schwarzschild’s "mirror" geometry. (with a Planck Realm at the center)) If the universe is quasi-static, scientists may have found your perpetual motion, an eternal, phylogenically developing universe.
 
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  • #2
Your observations seem sound but what is the point?
 
  • #3
Yes, I too would like to know

Alex Massi said:
what is the point?
 

1. What is an electron cloud?

An electron cloud is a region surrounding an atomic nucleus where electrons are most likely to be found. It is a representation of the probabilistic nature of electron behavior in an atom.

2. How does the perpetual motion of electrons in an electron cloud work?

The perpetual motion of electrons in an electron cloud is a result of their constant movement and energy levels within the atom. Due to the uncertainty principle, electrons are in a constant state of motion and can never be completely at rest.

3. Is perpetual motion possible in a physical system?

No, perpetual motion is not possible in a physical system. While electrons may seem to be in a state of perpetual motion, they are still bound by the laws of thermodynamics and will eventually lose energy and come to a stop.

4. What is the significance of electron clouds in understanding atomic structure?

Electron clouds are significant in understanding atomic structure because they provide a better understanding of the behavior and location of electrons within an atom. This helps explain many chemical and physical properties of elements and their compounds.

5. Can electron clouds be observed or measured directly?

Electron clouds cannot be observed or measured directly because their exact location and movement cannot be determined simultaneously. However, their behavior can be indirectly observed and studied through various experimental techniques such as spectroscopy.

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