Will Quantum Cavitation Be the Energy Source of the Future?
By Mircea Bidian

We have a well-documented history of the existence of æther, or more precisely, of its non-existence. Although we have considerable reasons for thorough analysis, we must start with Bernhard Riemann, who assumed in 1853 that:

    ...the gravitational æther is an incompressible fluid and normal matter
    represents sinks in this æther. So, if the æther is destroyed or absorbed
    in proportion to the masses within the bodies, a stream arises and carries
    all surrounding bodies in the direction of the central mass. Riemann
    speculated that the absorbed æther is transferred into another world or
    dimension.

Not many years after Riemann's conjecture, in 1865, we have Maxwell, who could not have developed his monumental theory without the concept of æther. The first properties of æther—permeability and permittivity—began to emerge.

The key to Pandora's box would be found by Planck in 1900 when he discovered the constant that bears his name, with a value of h = 6.62607015×10⁻³⁴ J. Modern science considers Planck's constant to be an angular momentum, which, of course, is a significant error, but this is another story I will return to later.
In 1905, Einstein revealed to us the equation that equates energy and mass, E = m×c², and at the same time began to deny the concept of æther. At that time, æther was seen as a medium without properties, and space as a container. This denial of the existence of æther lasted only 11 years, from 1905 to 1916, when, in a letter to Lorentz, Einstein says:

    This new ether theory, however, would not violate the principle of relativity
    because the state of this g_μv=ether would not be that of a rigid body in an
    independent state of motion, but every state of motion would be a function of
    position determined through the material processes.

As we can see, the new æther is represented by the components of the metric tensor gμv, conceived as a field with a structure dependent on the material processes that determine the movement of a body's mass.

In 1919, in the Morgan manuscript, Einstein says:

    ...in 1905, I was of the opinion that it was no longer allowed to speak about
    the ether in physics. This opinion, however, was too radical.

Also, in 1919, in a letter to Lorentz, he regrets denying æther:

    It would have been more right if I had limited myself in my earlier
    publications to emphasizing only the non-existence of an ether
    velocity, instead of arguing the total non-existence of the ether,
    for I can see that with the word ether we say nothing else than that
    space has to be viewed as a carrier of physical qualities.

The damage was done, and simple regret was not enough; æther, with or without properties, became verbum non grata, and the concept was gradually forgotten as a metaphysical artifact from a bygone scientific era.
After 1916, the space-time concept became the new æther in the theory of relativity.
On May 5, 1920, in an essay published by Einstein at Leiden University, titled Äther und Relativitätstheorie (Ether and Relativity), he concludes by saying:

    Recapitulating, we may say that according to the general theory of relativity,
    space is endowed with physical qualities; in this sense, therefore, there exists
    an ether. According to the general theory of relativity, space without ether is
    unthinkable; for in such space, there would not only be no propagation of light
    but also no possibility of existence for standards of space and time (measuring
    rods and clocks), nor therefore any space-time intervals in the physical sense.
    But this ether may not be thought of as endowed with the quality characteristic
    of ponderable media, as consisting of parts that may be tracked through time.
    The idea of motion may not be applied to it.

Nearly 20 years later, in 1938, Einstein reminds us:

    We may still use the word ether, but only to express the physical properties of
    space. This word ether has changed its meaning many times in the development of
    science. At the moment, it no longer stands for a medium built up of particles.
    Its story, by no means finished, is continued by relativity theory.

Of course, the story is not over, and the appearance of gravitational æther also brings about the appearance of electric and magnetic æther. Why? For the simple reason that we do not have one æther that possesses all these properties. In my book, æther - The First Element, it was only when the gravitational constant became equal to the electric impulse constant that I realized, unintentionally, that I had managed to attribute all the properties to a single æther. My goal has always been to write a physics that allows me to calculate the inertialess propulsion engine (warp drive) and nothing else. And when I realized that for a 1,000-ton ship, I would need the energy of 245 Earth-like planets, I wanted to erase everything.

It was clear that the energy source, power transfer, and the engine itself had to be units with 100% efficiency, with superconductors at room temperature. A few more months passed, and tormented by the problem of the energy source, on the morning of January 1, 2023, I made the first calculations of what would later become the final technical chapter of my book, called Quantum Cavitation. This energy source is based on the pseudo-gravitational flow of æther towards the central point of the implosion of two black holes between a proton and an antiproton.

 When the two black holes collapse, the spin becomes zero, and the gravitational/centrifugal/centripetal force disappears, leaving the absolute vacuum of space at the two black holes to be filled by quanta from the immediate vicinity. Since the black hole is a 2D space and has a flat shape, upon implosion, a planar wave is generated, which must be transformed into a spherical wave. This is also a challenge, which I believe can be solved by bombarding an acidic medium with very low-velocity antiproton flux. If the implosion frequency is 30.6 THz, which equals a temperature of 23℃ (73.4℉ or 296.15 K), then we have an available energy of 2.1×10²⁶ J. The energy generated by the Sun is 3.86×10²⁶ J.

References:
L. Kostro, "Einstein and the Ether," Apeiron, 2000.