Another fantastic factual informative discussion,shared
It starts in at 1 hour 35 minutes. thanks
https://www.youtube.com/watch?v=N9edZTTdcyA'
Leslie Sylvan
Absolutely INTENSE
This Voidisyingyang guy should do his own presentation on APEC. WOW! That was information overload, but totally awesome!
Best alienscientist stream in years!
Roark67
Did the speaker talk about how you electrically plug in through the vagus nerve?
Bernard Konkin
i thinks hes just on a tangent of his own journey and experience
Fascinating talk..thank you!
LEGENDARY TALK !!! MiNDBLOWiNG!! THANX TO ALiENSCiENTiST TO CONNECT SUCH GREAT THOUGHTS!! SCiENCE & WiSDOM & SPiRiTS!!!!
Keep up your good work. Maybe next year I will understand what you said.
I should also mention that the low hummning noise I heard from the equilateral triangle UFO craft - then based on Jack Sarfatti's claim of metamaterials - that low humming noise should be then the subharmonic of the future - as a quantum beat of the ELF Schumann resonance.
Also Roger Penrose emphasizes that entropy for matter is negentropy for gravity and vice versa. So when science as civilization goes against entropy of matter we are increasing entropy of gravity. And the negentropy of gravity is then the natural energy state for life on Earth. Olivier Costa de Beauregard's book "Time: a physical magnitude" goes into the details on this also. thanks
"The ideas of Costa de Beauregard were founded on Loschmidt observation that Boltz-
mann could not deduce his H-theorem asserting that entropy is always increasing in
a closed system from the laws of dynamics which are completely symmetric relatively
to the variable t (for some solutions, see [Aha 15], [Sta17 ]). A more puzzling prob-
lem comes with some models of non-standard cosmology like the Gold universe (see
[Gol 62], [Gol 62], [Gol 67]; and also [Pri 66], [Mer 12]). In this kind of model, the
universe expands for some time, with increasing entropy and a thermodynamic arrow
of time pointing in the direction of the expansion but, after it reaches a low-density
state, it recontracts. Then entropy decreases, pointing the thermodynamic arrow of
time in the opposite direction, until the universe ends in a low-entropy, high-density
Big Crunch. This suggests the universe will become more orderly after the moment
of contraction. Of course, the Gold model is necessary linked to the possibility of
retrocausal change, and so, questions arise concerning the preservation of information
in states of decreasing entropy, where a reverse causation should exist."
I forgot to mention that smell is proven in quantum biology to also be based on noncommutative phase and to be nonlocal. So the qigong masters can smell disease in other peoples bodies - nonlocally - for example they can smell over the phone! haha. thanks
A difference of both theoretical treatments of spin is evident. Dirac’s
theory is essentially a relativistic quantum- mechanical approach to the
electron motion; see e.g. [2] [19] [23] [24]
. After the Hamiltonian of the problem is linearized, the
four-dimensional matrices are applied as substitutions of the
Hamiltonian operator. In the presence of an external electromagnetic
field a simplification of the problem can be obtained by separating
large and small components of the Dirac equation. In this way the
spin-dependent interaction energy with the field can be calculated. The
spin magnetic moment is coupled with the spin angular momentum by a
constant term which is twice as large as in the classical
electrodynamics. This implies that the spin quantum number should have
the size of 1/2.
"phase coherence in the spin....has the uncanny property
of...reversing...to cause the time flow backwards, in other words
reverse the flow of electrons in time, as positron..."
Andrija Puharich
"1/0.125 [8 hertz] is the phase velocity difference between the
velocities of the orbits of the proton vs. the electron."
Andrija
Puharich
Lecherous Rexsounds
like a metal song, negative frequency from the future
"TeraHertz phonons are produced in condensed matter by mechanical instabilities at the nano-scale (fracture, turbulence, buckling). They present a frequency that is close to the resonance frequency of the atomic lattices and an energy that is close to that of thermal neutrons. A series of fracture experiments on natural rocks has recently demonstrated that the TeraHertz phonons are able to induce fission reactions on medium weight elements with neutron and/or alpha particle emissions. The same phenomenon appears to have occurred in several different situations and to explain puzzles related to the history of our planet, like the ocean formation or the primordial carbon pollution, as well as scientific mysteries, like the so-called “cold nuclear fusion” or the correct radio-carbon dating of organic materials."
....
"Conversely, the sudden variation of energy – not the amount of
energy – is responsible of the single reaction inside the single micro-reactor.
Nuclear DST-reactions are of great interest to shed light on the large number of experiments dedicated to LENRs
[31]. However, DST-reactions concern all interactions, not only nuclear ones.
A further characteristic of DST-reactions is that, although variations of atomic weights and/or nuclear particle
emission are detected, no gamma emission is detected. This fact is explained if the energy of the gamma radiation is adsorbed to keep the space–time deformed.
This point is of great importance for the people working in the field of LENRs, as one of the main reasons why
sceptics find it difficult to accept these nuclear reactions is the absence of gamma radiation."
"In the case of liquids, the application of ultrasound, either to pure distilled water [13–15] or to water solutions [16],
produced neutron emissions and modification of the elemental composition only if the sonication bubbles were a few
microns in size.
People working in the field of ultrasound were sceptical about these results, as they never detected similar effects in
their many-years of experience. However, a report [17] describes transmutations and particle emissions after sonication
of pure water. In this case, no explanation was given in terms of DST-reactions, which presumably were unknown to
the author.
In the case of solids, the application of ultrasound to four samples, two of sintered Ferrite and two of carbon hard-
ened steel, resulted in the emission of neutrons and the presence of elements that were not present in the correspond in original samples [18] ."
https://arxiv.org/pdf/1906.10172.pdf
"The ideas of Costa de Beauregard were founded on Loschmidt observation that Boltz-
mann could not deduce his H-theorem asserting that entropy is always increasing in
a closed system from the laws of dynamics which are completely symmetric relatively
to the variable t (for some solutions, see [Aha 15], [Sta17 ]). A more puzzling prob-
lem comes with some models of non-standard cosmology like the Gold universe (see
[Gol 62], [Gol 62], [Gol 67]; and also [Pri 66], [Mer 12]). In this kind of model, the
universe expands for some time, with increasing entropy and a thermodynamic arrow
of time pointing in the direction of the expansion but, after it reaches a low-density
state, it recontracts. Then entropy decreases, pointing the thermodynamic arrow of
time in the opposite direction, until the universe ends in a low-entropy, high-density
Big Crunch. This suggests the universe will become more orderly after the moment
of contraction. Of course, the Gold model is necessary linked to the possibility of
retrocausal change, and so, questions arise concerning the preservation of information
in states of decreasing entropy, where a reverse causation should exist."
How the Hippies Saved Physics - pdf book
The French theoretical physicist Olivier Costa de Beauregard also made several visits to the Fundamental Fysiks Group. By the time he visited the Berkeley group and checked in with Harold Puthoff and Russell Targ at their Stanford Research Institute psi lab in 1975, Costa de Beauregard had published a well-received textbook on quantum mechanics and become a sought-after speaker in physics departments throughout Europe and North America. He also served as director of research for the theoretical physics division of France’s prestigious Centre National de la Recherche Scientifique (CNRS).15 He often dropped hints in his mainstream physics articles of possible links between Bell’s theorem, telepathy, and clairvoyance; he made the connections more explicit in his other writings.16 He joined the Fondation Odier de Psycho-Physique, France’s version of the American and British Societies for Psychical Research. As he explained to a journalist in 1981, his physics research dovetailed with his Roman Catholic faith: each had inspired him to become a spiritualist, believing strongly in the
notion of mind over matter.17
Nick Herbert’s former roommate from graduate school, Heinz Pagels, helped to organize the meeting under the auspices of the New York Academy of Sciences. (Pagels served as the Academy’s executive director.) Olivier Costa de Beauregard also served on the organizing committee. The large meeting, featuring more than fifty invited lectures and twenty poster presentations over four days, was held in New York City’s World Trade Center. The conference served as something of a “coming out” party for those researchers who had toiled for years on the foundations of quantum mechanics while most working physicists balked at the topic.
In the meantime, the French experimentalist had been tutored in the niceties of Bell’s theorem by Olivier Costa de Beauregard and Bernard d’Espagnat, France’s leading experts in the topic.31
While Costa de Beauregard and d’Espagnat coached their French colleague, the physicist who would eventually take the lead on the new experiment set off on a separate adventure. After earning his master’s degree, Alain Aspect embarked for Cameroon, the small African nation and former French colony.
https://plato.stanford.edu/entries/qm-retrocausality/
Costa de
Beauregard, however, was alert to a particular kind of unorthodox
interpretation of this assumption which undermined its role in the EPR
argument. His proposal was that two distant systems could
“remain correlated by means of a successively advanced and
retarded wave” (Costa de Beauregard 1953: 1634); that is, one
system could influence, via an advanced wave, the state of the
combined systems in their common past, which then, via a retarded
wave, could influence the state of the distant system in a kind of
“zigzag” through spacetime. This way, there could be a
dependence between the two distant systems without any violation of
Lorentz invariance. Thus, as Costa de Beauregard (1987b: 252) puts it,
Einstein of course is right in seeing an incompatibility between his
special relativity theory and the distant quantal correlations, but
only under the assumption that advanced actions are
excluded.
Jean Bricmont was the co-author with Sokal. Bricmont also authored this more recent paper: History of Quantum Mechanics or the Comedy of Errors by Jean Bricmont:
The goal of this paper is to explain how the views of Albert Einstein, John Bell and others, about nonlocality and the conceptual issues raised by quantum mechanics, have been rather systematically misunderstood by the majority of physicists.
Bricmont:
"All our intuitive notion of causality collapses, because this notion is based on the idea that causes precede effects in an absolute sense that does not depend on the reference frame. "
and
"What about QFT or relativistic quantum mechanics ? In standard textbooks, the reduction or collapse of the quantum state is never discussed in relativistic terms−→the question raised by EPR and Bell is not even raised."
oops.
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