posted on Jun, 14 2023 @ 08:27 PM
Hi,
Let me try this,
This paragraph from the paper I referenced;
Could a small general relativistic effect produced by a rotating mass in a terrestrial laboratory, be made measurable by integrating over time the
action that gravity would have on a supercurrent? Would the current, once started, flow indefinitely, because of its lack of viscosity? Bryce was
intrigued and found a solution to the problem [1] using the BCS theory [2]. His approach applied mainly to stationary gravitational fields, a
limitation in view of the intended applications. His findings could be extended to non-inertial gravitational fields and agreed well [3], in the
appropriate limit, with the experimental data on the London moment [4] of rotating superconductors that were being obtained at the time [5, 6].
What faced everyone working on Meta Materials was simple, why and how is a secondary function-field being produced, I am referring to the very intense
and highly energetic diamagnetic field. Not just a simple diamagnetic field but one of extraordinary properties of compressed lines of force. A normal
magnetic field can not interact with stationary gravity mainly due to the sparse concentration of the magnetic field lines. This field that is created
as a secondary effect from the microwaves inter acting with the Meta Materials is extremely “dense” it’s literally impenetrable to any outside
stimulus. This density causes a viscosity between the surface of the craft and the gravitational field, a slippage may be a better way of thinking
about it. What Papini is referring to in that paragraph is the fact that superconductors act or follow an internal process that Meta Materials also
aligns with in a similar manner. Remember this was something no one in my area of expertise had ever seen. Superconducting theory was really the only
avenue at the time we could even try to use to give us a measured benchmark to understand how this secondary field works. As strange as it may seem we
or should I say Raytheon learned that when the diamagnetic field is spun this “viscosity” or “slippage” with gravity starts to build and gets
to the point the craft becomes nested in this fast rotating diamagnetic field and literally keeps gravity away from the surface of the craft. Remember
you don’t need to push gravity away from the crafts hull, you merely need a microscopic amount of space where gravity can’t interact upon the mass
of the craft. It’s not measured in inches but rather microns. In that very small cavity of viscosity or slippage measured in microns there is no
space-time relativistic effects. I refer you to this equation and statements,
Moreover, in order that the wave-function be single-valued, the condition ∮Aj˜dzj=2nπ, where n is an integer, must be satisfied for any loop
linking a multiply connected region of the superconductor. It is this condition that is used in most applications aimed at detecting small
gravitational effects. It also accounts for the London moment in the case of rotation.
In superconductors it’s a small gravitational effect is the outcome whereas using Meta Materials instead of superconductors it is an extremely large
effect also using rotation as for the London moment which matches Papini’s work.
All I can tell you is this is a real material science that will transform our lives.
Hope this helps, I apologize for the words in quotes but I am trying to use the best terminology to help you visualize it better.
Cheers friend.
a reply to:
Arbitrageur