ER = EPR Oct 12, 2016

Jack Sarfatti On Oct 10, 2016, at 11:03 AM, Woodward, James <This email address is being protected from spambots. You need JavaScript enabled to view it.> wrote:

If you mean that trying to reduce gravity to electromagnetism in disguise is crackpot, then we agree.

Yes.

Gravity is a spin 2 guv metric tensor theory from locally gauging the non-compact translational group in spacetime.

EM is a spin 1 vector potential Au theory from locally gauging the internal U1 symmetry group (circle fiber on world fiber bundle).

Now it is true that there are "vector" tetrad eu "square roots" of guv that will obey an EM like gauge theory - but it should not be confused with actual U1 EM.

guv = eu^Iev^JnIJ

guv = metric in LNIF (BOB)

nIJ = metric in COINCIDENT LIF (ALICE).

e.g. in SSS solution of GR

g00 = 1 - 2GM/c^2r

is for the static LNIF observer BOB at fixed r due to EM force constraints with proper outward radial acceleration GM/r^2 keeping him at fixed r in CURVED spacetime.

n00 is for COINCIDENT freely-falling weightless ALICE with zero proper acceleration.

Explaining why this is crackpot, however, is not crackpot.

Right.

Explaining why popular ideas are wrong is a worthy subject for serious papers. It deflects people from wasting their time on dead end activities.

Of course I agree.
________________________________________
From: Jack Sarfatti [This email address is being protected from spambots. You need JavaScript enabled to view it.]
Sent: Monday, October 10, 2016 10:28 AM
To: Woodward, James

Subject: Re: 9 October 2016

Sent from my iPhone

On Oct 9, 2016, at 5:41 PM, Woodward, James <This email address is being protected from spambots. You need JavaScript enabled to view it.> wrote:

Then there was the case if the JBIS paper on schemes to reduce gravity to electromagnetism.

Crackpot

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Jack Sarfatti Date: Monday, April 6, 2015 - 4:15pm
Author/Speaker: Juan Maldacena
Affiliation: Institute for Advanced Study
Public Lecture: Yes
Webcast: View Webcast

"Quantum mechanics is important for determining the geometry of spacetime. We will review the role of quantum fluctuations that determine the large scale structure of the universe. In some model universes we can give an alternative description of the physics in terms of a theory of particles that lives on its boundary. This implies that the geometry is an emergent property. Furthermore, entanglement plays a crucial role in the emergence of geometry. Large amounts of entanglement are conjectured to give rise to geometric connections, or wormholes, between distant and non-interacting systems."

http://physics.berkeley.edu/.../quantum-mechanics-and...

should be dS/CFT

On Oct 12, 2016, at 4:22 AM, Robert Addinall <This email address is being protected from spambots. You need JavaScript enabled to view it.> wrote:

Jack,

You conjectured as long ago as the 70s that basic particles of matter might be microscopic wormholes. So is it possible that consciousness, working in from the boundary conditions, creates matter by folding spacetime, and then pilots it? Perhaps the big bang is the initial folding? If it could work this way then it would provide an underlying unity from which the Bohmian duality of beable and pilot wave could be emergent.

John Wheeler thought that. In book Space Time ad Beyond (Dutton 1975) I intuitively wrote about connection of wormholes in spacetime to EPR correlations in Hilbert space.

Original Message
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Sent: October 12, 2016 5:58 AM
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Subject: Re: Late nite AdS/CFT ER = EPR

Thanks for this.

On 10/12/16, JACK SARFATTI <This email address is being protected from spambots. You need JavaScript enabled to view it.> wrote:
I was listening very late at night and jetlagged to the Berkeley lecture on
ER equals EPR by Maldecena and it is now very clear that my "conscious" post
quantum field theory with backactivity on the hologram boundary horizon will
give rise to traversable wormholes in the interior bulk.

From this POV a cosmic consciousness on the future dark energy event de Sittter horizon allows the wormholes for "Interstellar".

File-Q_portrait.jpg

url.jpg

PQMFT is not unitary and it violates the no-cloning no-signaling restrictions of Susskind - t' Hooft world hologram.

PQMFT in sense of Rod Sutherland's local retrocausal weak measurement reformulation of Bohm pilot wave "particle" theory to include classical gauge field "beables".

Rod Sutherland wrote:

"While quantum mechanics is a highly successful mathematical theory in terms of experimental verification, there remain long-standing questions as to what sort of physical reality could be underlying the mathematics and giving rise to the theory’s stranger predictions. Unlike classical mechanics, the theory does not give sufficient guidance towards identifying the appropriate ontology. Over time, there has been a growing awareness that backwards-in-time influences, or retrocausality, might be relevant in interpreting and understanding some of the phenomena in question. The intention here is to summarise some of the advantages that can be gained by introducing retrocausality into the underlying picture. In particular, it is found that taking this step can achieve the following:

1. It can restore locality in the case of entangled states (such as with Bell’s theorem)
2. It can preserve consistency with special relativity at the ontological level
3. It can allow replacement of many-particle, configuration space wavefunctions by individual wavefunctions
4. In can allow statistical descriptions to be replaced by definite, ontological values
5. It can facilitate the development of a Lagrangian formulation in the case where a particle ontology is assumed
6. It can suggest significant improvements to existing ontological models.

As an example of this possibility, the well-known Bohm model will be considered. This model assumes that particles have definite trajectories at all times and are guided by an accompanying field. Some possible weaknesses that could be claimed for this model are that it is not easily generalised to relativistic cases, that there is no apparent
source for the guiding field and that energy and momentum are not conserved. Also, in the many-particle case, the model has the possible deficiencies that it is necessarily nonlocal, that it requires a preferred reference frame and that reality seems to reside in 3n-dimensional configuration space.

In response to these points, a retrocausal version of Bohm’s model has been formulated [6,3], thereby providing the following possible improvements in the ontology:
1. The model is Lorentz invariant
2. A general form applicable for any wave equation is possible
3. The model is local from a spacetime viewpoint
4. Energy and momentum conservation are restored
5. Reality resides in 4-dimensional spacetime instead of configuration space
6. The correct statistical correlations can be maintained while employing a separate wavefunction for each particle
7. Each particle in an entangled state has a separate velocity expression, instead of just a single, overall 3n-dimensional velocity
8. A physical interpretation can be provided [7] for the negative values of the Klein-Gordon “probability” density
9. The guiding field can be given a possible source (viz., the associated particle).
It is, of course, a matter of taste which version (if any) of the Bohm model is preferred, but the essential point again is that such a choice only exists as a result of contemplating retrocausality.

https://ricochet.com/.../saturday-night-science-flying.../

I am not talking sting (sic) theory I mean 2D horizon boundaries of 3D bulk space.

hologramunivesedS.jpg

Quantum Mechanics and geometry of spacetime | UC Berkeley Physics

Quantum mechanics is important for determining the geometry of spacetime. We will review the role of quantum fluctuations that determine the large scale structure of the universe. In some model universes we can give an alternative description of the physics in terms of a theory of particles that liv...

PHYSICS.BERKELEY.EDU

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Jack Sarfatti Sent from my iPad talking to Siri

Quantum nonlocality - Wikipedia, the free encyclopedia
https://en.wikipedia.org/wiki/Quantum_nonlocality
Wikipedia
In theoretical physics, quantum nonlocality is the phenomenon by which measurements made .... That is to say, this particular set of probabilities is non- signalling. In this sense, there is no influence of A on b, or of B on a. On the other hand, it is ...
Action at a Distance in Quantum Mechanics (Stanford Encyclopedia of ...
plato.stanford.edu/entries/qm-action-distance/
Stanford Encyclopedia of Philosophy
Jan 26, 2007 - 7.1 Necessary and sufficient conditions for superluminal signaling; 7.2 No- collapse ... 8.1 Non-separability, holism and action at a distance ...
Probability in Physics - Page 163 - Google Books Result
https://books.google.com/books?isbn=3642213294
Yemima Ben-Menahem, ‎Meir Hemmo - 2012 - ‎Science
Their initial conjecture was that the constraints of maximum nonlocality and no signaling suffice to precisely recover QM, no more, no less. Intuitive support for ...
[PDF]General properties of nonsignaling theories
://unige.ch/.../publications:bib:nonsignalingtheories.pd...
University of Geneva
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[PDF]arXiv:1308.6065v2 [quant-ph] 18 Jul 2016 - arXiv.org
https://arxiv.org/pdf/1308.6065
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This axiom was declared to imply linearity of time evolution in QM on the ... the considered conditions, the axiom called ``no-signaling condition'' is not effective.
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[14]3 I showed how it is possible to derive the formulation of QM in terms of ... with the claimed implication of QM linearity from the no-signaling condition [22].

Quantum nonlocality - Wikipedia, the free encyclopedia

In theoretical physics, quantum nonlocality is the phenomenon by which measurements made at a microscopic level contradict a collection of notions known as local realism that are regarded as intuitively true in classical mechanics. Rigorously, quantum nonlocality refers to quantum mechanical predict...

EN.WIKIPEDIA.ORG

ER = EPR Oct 12, 2016

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