Jack Sarfatti: The Post-Quantum Mechanics of Conscious Artificial Intelligence
Published on Jul 7, 2017
Renowned physicist Jack Sarfatti stopped by Quantum Gravity Research last week to give a talk on how human consciousness is now easily understood as a natural physical phenomenon. This explanation can be tested with nano-electronic machines that will be at least as conscious as we are. The phenomenon is universal like gravity suggesting that we live in a conscious hologram universe.
This talk was given on June 27th, 2017.
Quantum Gravity Research was founded by Klee Irwin in 2008.
JACK SARFATTI WIKIPEDIA: https://en.wikipedia.org/wiki/Jack_Sa...
VISIT THE QGR WEBSITE: http://www.quantumgravityresearch.org
FACEBOOK PAGE: https://www.facebook.com/QuantumGravi...
TWITTER: @emergencetheory
This talk was given on June 27th, 2017.
Quantum Gravity Research was founded by Klee Irwin in 2008.
JACK SARFATTI WIKIPEDIA: https://en.wikipedia.org/wiki/Jack_Sa...
VISIT THE QGR WEBSITE: http://www.quantumgravityresearch.org
FACEBOOK PAGE: https://www.facebook.com/QuantumGravi...
TWITTER: @emergencetheory
https://www.youtube.com/watch?v=WqCQbOVYH1I&feature=youtu.be now has over 7,800 views since July 7, 2017 259 comments
I will go over Sutherland's papers again and relate them to my interpretation of their significance to the mind-matter "hard problem."
What is clear to me is that Brian and Stan (and many others) are very confused on the physical picture of even the 1952 Bohm theory as well as what Sutherland has accomplished.
Stan, you still don't get it. Of course Yakir makes no attempt to go beyond QM to PQM (in Sutherland's sense). Also Yakir is basically using Copenhagen i.e. he does not have the Bohm beables i.e. h-independent degrees of freedom in the Sutherland Lagrangian. However, what he and Cramer do have is the Costa-deBeauregard "zig-zag" (Huw Price).
On Jul 17, 2017, at 8:57 PM, Stanley A. KLEIN <This email address is being protected from spambots. You need JavaScript enabled to view it. > wrote:
On Jul 17, 2017, at 3:11 PM, Stanley A. KLEIN <This email address is being protected from spambots. You need JavaScript enabled to view it. > wrote:
It is my understanding that all approaches other than Jack's give identical predictions for all experiments, of course other than psi that would eliminate almost all present interpretations of QM/QFT.Jack: That's not true since only Yakir's approach gives the Bohm trajectories in the weak measurements as shown in Aephraim Steinberg's REAL DATA - this is again only for QM not what I am talking about i.e. PQM beyond QM.Stan: Jack, Yakir has always been very clear that his interpretation gives identical results as that of von Neumann (made relativistic) and all the others.
Your statement that faster-than-light is better is clearly dead wrong because in that case you cannot explain timelike entanglement. The point you keep missing is that the space-time separations between the strong vN measurements of the local parts of the entangled whole does not matter at all (in absence of environmental decoherence of course). This demands the locally retrocausal Costa de Beauregard "zig-zag", which does not violate the Lorentz group symmetry of the total Action.
PS of course if the single photon is entangled with a conscious mind pilot wave field, then the Born rule for the conscious mind field must be violated.
Ruth, while I'm commenting on your writings I would like to note that it would be good if you could confirm that the very special violation of Born rule that Henry Stapp and I make use of in a particular version of the Bem type psi experiment does not violate Maxwell's equations.Jack: ANY VIOLATION OF BORN RULE VIOLATES QM. YOUR MODEL IS A PQM MODEL WITHOUT BOHM'S BEABLES.
Stan: Yes, of course that is true. Our model is nothing like a PQM model. It is very standard von Neumann/Wigner QM/QFT except that when a measurement is done by a sentient creature with a fancy brain, then the Born Rule can be violated. The QFT amplitudes are unchanged. Just the outcomes are changed in the modified vN/Wigner QM collapse mechanism. This is what Henry Stapp has been advocating as a possibility for a while. I say "possibility" since it is also possible that the vN/Wigner QM is left as is without the modified Born Rule. The modification is needed for psi outcomes such as the Bem experiment.
Stan: That is because the random number generator we use for the Bem experiment is based on a truly single photon obtained in a down-conversion apparatus that avoids Maxwell, and truly has a single photon involved, There are no coherent states of electromagnetism involved. So your logical argument connecting Born violation and Maxwell violation isn't relevant.
Stan: I repeat: In order to account for psi experiments like Bem's Henry and I are postulating a single photon version of Bem, for simplicity. In order to account for the Bem result one needs to violate QM. The likelihood of the Bem result being replicable is quite low, but it isn't impossible, and it needs to be replicated with some simple controls such as what Chris Cochran and I published in the AIP Conference Proceedings p. 40002-1 to -9. Incidentally Jack and Ruth also had articles in that Proceedings. Even more relevant to this FoM list is the article I wrote that is in the FoM4 Cosmos and History vol 13 on pages 126-138. The title of the article is quite relevant to what we are discussing:"USING PSYCHIC PHENOMENA TO CONNECT MIND TO BRAIN AND TO REVISE QUANTUM MECHANICS"Thanks go to Sean O Nuallain for making that Vol 13 possible. I tried to be very clear on how the Born Rule violation works. In Section 3.1 of that paper titled "Modifications to Physics", we consider a number of modification to physics that would be needed if the Bem experiment was replicated when simple controls were included. One of the modifications was the modified Born rule, but there were also other possible modifications. Since this discussion is taking place on FoM it makes sense for readers (like Jack) to be familiar with the FoM4 publication that go into some greater depth on these topics.Stan