Friday, November 3, 2017

Sonification of Quantum Coherence: Sonenvir and Ultrasound Acoustic Cavitation

"Quantum Oscillations Between two weakly coupled reservoirs of superfluid 3HE," Nature, 1997, S.V. Pereverzev:
"If the electrical output of the displacement transducer is amplified and connected to audio headphones, the listener makes a most remarkable observation....This simple observation makes the discovery of coherent quantum oscillations between weakly coupled superfluids."
 Sonification of Spin Models, pdf

http://sonenvir.at/data/lattice/
 Auditory evaluation successfully led to the detection of artificial, instrument-induced noise that was not previously observed by the scientist and also the identification of wave activity embedded within turbulent solar wind data. link
 Just saying our brains can also transduce quantum coherence internally from superconducting proticity - read the scientists I mentioned. thanks.

 Stuart hameroff, Andrija Puharich, Dr. Mae-Wan Ho, - phonons as relativized mass of light. Sure we can perceive it but as the 5th dimension of noncommutative phase. Paul S. Wesson.

Bird's Ear View of space physics pdf link

 Ph.D. thesis 2015.

Robert L. Alexander: Two turn tables and a satellite - sonification youtube

VICE doc on sounds of the sun

 The interaction of ultrasonically-controlled microbubble oscillations (acoustic cavitation) with tissues and biological media has been shown to induce a wide range of bioeffects that may have significant impact to therapy and diagnosis of central nervous system diseases and disorders.
Internal Sonofusion?
 Ultrasonically-controlled stable and inertial microbubble oscillations (acoustic cavitation) exert forces that can, among others, activate cell’s mechanoreceptors[1], disrupt cellular and vascular membranes[2]–[4], accelerate the dissolution of blood clots[5], enhance thermal ablation[6], [7] and induce localized tissue erosion[8]. Harnessing these abilities holds great promise for therapy and diagnosis of central nervous system diseases and disorders[9], [10].
 This measurement was found to correlate well with the level of blood-brain barrier permeabilization in experiments in non-human primates (NHP)[21]. In a separate study, we showed that the location of cavitation activity identified by the passive acoustic maps (PAMs) agreed with the location of the resulting MRI-evident blood-brain barrier permeabilization[31].

Military PDF - biological effects of acoustic cavitation

ultrasound cavitation subharmonics in biology ph.d. thesis pdf

Quantum Universe before the Big Bang lecture youtube

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