Saturday, March 9, 2019

Conspirachi part 3

begin to overlap with each other..." This means, again in terms of Western science, the resonance is slightly out of tune - called "non-commutative colored noise" as a quantum squeezed "small anharmonic potential" but in actuality this is the noncommutative

Macroquantum "just right" EER Goldilocks Structure aka Tai Chi-Tetrad
time-frequency consciousness.
"As the light-matter coupling
increases in time from zero into the [phase] > c range, the system moves out of its frozen initial state....The intermediate regime is the only one in which non-linearities can
develop significantly. High values of squeezing [noncommutative resonance] in both subsystems [light and matter] are then generated [20]....the enhanced entanglement regime (EER) begins to dominate the space of behaviors as opposed to being a small niche....We have then established the persistence of the EER for a wide range of system sizes and even under the effect of dissipation e ffects....We have provided theoretical insights of this phenomenon by means of a dynamical symmetry breaking and e ffective non-linear self-interactions." pdf
It is the secret origin of the Universe, as well. Quantum entanglement Goldilocks Effect Sept. 2015
 It is the magic sauce, that connects all objects in the universe, including light and matter....Since it is a quantum phase transition that is being crossed, the structures that appear contain clumps of quantum entanglement.
"It is the magic sauce that connects together all objects in the universe, including light and matter."


Read more at: http://phys.org/news/2015-09-quantum-entanglement-goldilocks-effect.html#jCp
I recommend reading Bernard d'Espagnat's book for quantum consciousness analysis - but this SciAm article should be good - here pdf link:
If realism and the free use of induction are to be retained, the violation of the Bell inequality can be explained only by giving up the assumption of Einstein separability.... Most particles or aggregates of particles that are ordinarily regarded as separate objects have interacted at some time in the past with other objects. The violation of separability seems to imply that in some sense all these objects constitute an indivisible whole.
To put this back into quantum biology: Harmonies from Noise by Michael Springer and Johan Paulsson
But when enough random noise was added, stable and synchronized oscillations appeared. How can this happen? Picture a mobile hanging from a baby’s stroller. Although each pendulum of the mobile can swing back and forth periodically, none will actually move until a force is
 
Neuroscience Professor Eliano Pessa
applied. The system is, however, poised to oscillate, and even a few petulant hits or a gust of wind can act as a trigger. If all the pendulums are affected at the same time and in the same way in our analogy, if there is correlated extracellular noise), they can oscillate together. If the pendulums are connected by a string (if the cells can communicate), this is even easier to achieve: any pendulum that is out of synchrony is then literally pulled into phase by the others.
"There has never been more than circumstantial, hand-wavy support for its core mechanism, the reversal of gravity." John Horgan on how cosmic inflation can't be falsified.. Exactly! Tai Chi is literally hand-wavy support for the reversal of gravity. In Nature, through the non-commutative Pythagorean Taoist Tetrad-Tai Chi, this unified field alchemy can be achieved and can also be perceived by humans! "Essentially, the stillness you find inside the graceful movements of Tai Chi comes from an inward listening — referred to in Tai Chi as 'ting jin' or 'listening energy'." Dan Kleiman and Quantum Coherence and Conscious

Gabor wavelets
Experience by Taoist quantum biologist Dr. Mae-Wan Ho has figured out this noncommutative time-frequency secret - she calls it "quantum jazz":
The clue to both binding and segmentation is in the accuracy of phase agreement of the spatially separated brain activities. That implies the nervous system (or the body field) can accurately detect phase, and is also able to control phase coherence. I have already alluded to the importance of phase information in coordinating limb movements during locomotion and other aspects of physiological functioning, so it is not surprising that the nervous system should be able to accurately detect phase. The degree of precision may be estimated by considering our ability to locate the source of a sound by stereophony. Some experimental findings show that the arrival times of sound pulses at the two ears can be discriminated with an accuracy of a very few microseconds [1]. For detecting a note in middle C, the phase difference in a microsecond is 4.4 x 10-4. Accurate phase detection is characteristic of a system operating under quantum coherence. Could it be that phase detection is indeed a key feature of conscious experience? Quantum Jazz vid - see the polarizing light microscopy of quantum phase macroentanglement in action!

Todd Siler cerebreactor: a microsecond fusion plasma mind
 


 
Dr. Mae-Wan Ho is emphasizing that hearing occurs on a much faster scale than our typical nervous system communication.
 "However from more recent research it turns out that although humans can not hear frequencies above 20kHz [ultrasound], they are sensitive to timing of sounds to about 10 microseconds. So first you notice the arrival of a sound (quick change in air pressure, a very high frequency) and later on you actual hear what sound it is. To preserve this timing info in the audio signal 96kHz is therefore not enough, we actually need 192kHz." digital audio
This is also why foot races are begun by a gun shot noise rather than a visual cue - our reaction to sound is much faster since because we are vocal learners we have a direct neuron signal from our "song neurons" to our motor signals in the brain stem going to the muscles. It took the runners 400 milliseconds longer to react to a light signal than a gunshot and the reason is because the brain uses one-third of its energy for

1 week of blindness increases listening skills
processing visual perception with six times more signals going from the visual cortex to the thalamus. Morris Berman points out:

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