Commentary to this vid discussion on antigravity
sonoluminescence in ferrofluid-based hyperbolic metamaterials, ... According
to Eberlein, sonoluminescence occurs when the rapidly moving surface of a microscopic bubble created by ultrasound converts virtual photons into real ones. Like in the Unruh effect, the resulting sonoluminescence spectrum appears to be similar to a black-body spectrum. , the sound waves in hyperbolic metamaterials look similar to gravitational waves, and
therefore the quantized sound waves (phonons) look similar to gravitons
Dr. Andrija Puharich referenced Schwinger on magnetic monopoles. So Puharich's claim was recently corroborated - the quark inherently is asymmetric in the proton - with the antimatter dominating. The definition of "symmetry breaking" already assumes the amplitude squared "collapse" of the wave whereas time-frequency noncommutativity is inherently asymmetric based on the imaginary number as quantum algebra before any creation of spacetime.
So Professor Basil J. Hiley calls it "PreSpace" and Penrose calls it "Fundamental Time" while Louis Kauffman calls it "Primordial Time" and Fields Medal math professor Alain Connes calls it "primitive time." If you study Puharich's final book - he goes into Schwinger - the pdf of that book has the pages mixed up. So I had to print out the pdf and the recollate the pages. haha. I should have scanned it and reuploaded it so the pages were collated properly.
Yeah my book quotes the Puharich Schwinger research. Strange Vibrations: Why Noncommutativity explains the truth of reality via music as meditation is free pdf on academia site Puharich citing Schwinger:
"the protonic "GO" command to divide......This has now been identified as the magnetic fields emanating from the magnetic monopoles residing in quarks within the proton as omegons (also called preons). …The current density pulse besides metering out "quanta" of chemical transmitter material has another function which is to act on pernineural water shells with a hydrolysis-like action. This effect on water protons becomes, in my theory, the basis for memory....I find that a magnetic basis for matter, as proposed by Schwinger, is required in order to explain l[left-handed]-amino acid molecular asymmetry of life processes operating through proton magnetic asymmetry. …life asymmetry reflects the weak violation of parity that exists in the cosmos. ..I believe that if the proton-proton spin coupling exists in DBP [direct brain perception] it should be possible to shield a sender from a receiver in a telepathy experiment…. The distinctive aspect of this scheme is that protons form the storage, and hence the gestalt of the system; while input and output access is mediated by quantum electronic and photonic pulses."
From the equivalent quasiparticle point of view, spin waves are known as magnons, which are bosonic modes of the spin lattice that correspond roughly to the phonon excitations of the nuclear lattice.
https://www.nature.com/articles/s41598-019-44956-z.pdf?proof=t
Second sound is a quantum mechanical effect manifesting itself as a wave-like (in contrast with
diffusion) heat transfer, or energy propagation, in a gas of quasi-particles. ....Here, we report observation of a room-temperature magnonic second sound, or a wave-like transport of both energy and spin angular momentum, in a quasi-equilibrium gas of magnons undergoing Bose-Einstein condensation (BEC) in a ferrite film. Due to the contact of the magnon gas with pumping photons and phonons, dispersion of the magnonic second sound differ qualitatively from the phononic case, as there is no diffusion regime, and the second sound
velocity remains finite at low wavenumbers. Formation of BEC in the gas of magnons modifies the
second sound properties by creating an additional channel of energy relaxation.
This allows one to excite the magnonic second sound coherently, by an alternating magnetic field of a sufficiently low frequencyvid explanation of Spin Waves as Magnons - Dr. Jashangeet Kaur
lying inside the spectral gap, which makes this signal incapable of excitation of regular magnons (magnonic “first” sound).
Besides, from a less general point of view of modern spintronics, the magnonic second sound would be rather interesting, because the propagating magnonic second sound transfers not only the energy (heat) but, also, the
spin angular momentum. Thus, the magnonic second sound wave represents a novel type of a spin current, that is neither purely ballistic (carried by regular magnons) 28,29 , nor diffusive 29 , and, also, rather different from the
magnonic supercurrents manifesting themselves in a room temperature BEC of magnons 21–24
https://iopscience.iop.org/article/10.1088/1367-2630/aba91b/meta
This can be achieved via polarity switching: when an electric field is applied to the complex plasma that is alternating with a
frequency much larger than the microparticle plasma frequency (10–100 Hz) and much smaller than the ion plasma frequency (about 10 MHz) [45], the microparticles experience an averaged electric field depending on the duty cycle of the polarity switching. If the duty cycle is selected carefully, small residual forces such as that from a gas flow can be compensated, trapping the microparticles in the tube.
So in fact this is the quantum beat "negative resonance" as Spin Current or Magnon Second Sound.
Very wild corroboration of the same concept I have been promoting.
This is some Russian-Indian science collaboration that is published in Nature also.
https://www.nature.com/articles/s41578-021-00332-w
A Ph.D. on it!
Oh that's just a summary of the Ph.d. with only one mention of the Russian/Indian "Second Sound" research
[91] V. Tiberkevich, I. Borisenko, P. Nowik-Boltyk, V. Demidov, A. Rinkevich, S. Demokritov, and A. Slavin, “Excitation of coherent second sound waves in a dense magnon gas,” Scientific reports, vol. 9, no. 1, pp. 1–9, 2019.
Uncompensated Magnetic Moment - vid explanation
The synergistic effects among the metamaterial and ferrite layers may enhance the absorption feature and would be useful for satellite communication applications.
https://www.sciencedirect.com/science/article/pii/S0272884222022428
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