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Aug
20

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Key Excerpts - bottom line the military threat - the key observational evidence

PROGRESS REPORT COMMISSION SIGMA/3AF

Paris, May 31, 2010 ...

"The documents discussed during our presentation of October 1, 2008, especially the summary of General Twining, dated 23-09-1947, to the commander of the Air Materiel Command, did not say anything else. Other elements confirmed by official documents, such as repeated overflights of the facilities of the Atomic Energy Commission from 1948 to 1952, the deprogramming of ICBMs in 1967, and more recently, the deliberate interference with airliners, as in Bariloche, Argentina, confirm our hypothesis.

The behavior of these devices during encounters with fighter jets or interceptors – some have participated in real swirling battles in the U.S. – suggests they are controlled, guided or led by particularly sophisticated automation. ...

The observations made since 1946 suggest that some craft use an unknown technology. However, we have not yet sufficiently analyzed the documents and available evidence. We are content for now to cite a few examples:

- Longitudinal accelerations exceeding 10 g were measured in Belgium by Air Force interceptors in 1989, 1990 and ‘91. We will resume an analysis of the data recorded available to us.

Remarkable accelerations of the craft right after a stationary mode were repeatedly noted by civilian witnesses. Unusual accelerations and decelerations, sudden stops as well as very tight turns were detected simultaneously by two radars and observed by competent witnesses over Washington DC on July 19, 26 and 29, 1952. Radar echoes of these objects were also detected briefly on the onboard radars by the crew of the F-93 interceptors chasing after them.

- An unknown form of support that does not involve the reaction of a mass projected down
– as is the case for aircraft, helicopters and rockets – was noted on multiple occasions, especially in the case of Trans-en-Provence [January 1981] and Amaranth [October 1982]. It was shown by some of the devices involved in the flights over Scandinavia during the summer of 1946 * [* See Hillenkoetter document]. Many witnesses in France in 1954 observed in the sky stationary craft of great dimensions. It should be emphasized

that no man-made aerial craft is capable of these kinds of performances.

- Flights at very low speed of very large craft, often triangular in shape, were observed at very low altitude by dozens of motorists in Belgium in 1989 and 1990.

On November 5, 1990, in France, between 6:15 p.m. and 7:45 p.m., many “apparatus” of various shapes were observed and even filmed on two main routes: from the tip of Finistère to Strasbourg, and the Basque Country to Nancy, passing through the Massif Central. The observations ranged from a triangle with lights at the bottom, to an elongated wingless fuselage over two hundred meters long [Gretz-Armainvilliers]. An unusual silence was noted during most of these events.

- A speed of 2300 km/h in horizontal flight was reported by radar in Finland in 1946. Speeds of about Mach 5 at relatively low altitude – 9 to 10000 meters – were measured by an airliner in 1966, southwest of Buenos Aires. In July 1994, air traffic radar on the Detroit vertical, measured the same speed at a slightly higher altitude. This last observation was confirmed by three airliner crews of Air France, Lufthansa and Olympic Airways. ...

Because of kinetic heating leading edges and a high-drag, these performances are virtually out of reach of current military aircraft… which was even more true in 1966.

- A particular form of stealth has been verified with regards to the simultaneous observation of a very large aerial disc by CDB Duboc and his crew, as well as by an air defense radar station. While the disc observed visually disappeared for the crew of Air France, it continued

to be detected by the military radars. In other cases, the craft remained clearly visible to the observers but without appearing on the radar screens. It seems that this was the case for some of the observations made on November 5, 1990.

- The air superiority of the craft concerned, if they are indeed crafts, is such that none of the many interceptions which have been made against them, in the United States for example, have been able to overcome one of these devices. On the contrary, they allegedly caused the destruction of several U.S. aircraft launched in their pursuit in the late forties. They seem able to violate with impunity the airspaces of the best defended countries in the world.

The above features suggest that in many cases On November 5, 1990, in France, between 6:15 p.m. and 7:45 p.m., many “apparatus” of various shapes were observed and even filmed on two main routes: from the tip of Finistère to Strasbourg, and the Basque Country to Nancy, passing through the Massif Central. The observations ranged from a triangle with lights at the bottom, to an elongated wingless fuselage over two hundred meters long [Gretz-Armainvilliers]. An unusual silence was noted during most of these events.

The above features suggest that in many cases the devices detected, far from being unidentified, are easily recognizable by the aerial defense agencies as part of a technology far ahead of ours. [The jerky trajectories at right angles and the descents like dead leafs are known since the fifties. High speeds at relatively low elevations appear in several documents (La Paz for example.). They seem almost like signatures!] ...

We feel that we must reject the thesis of a terrestrial origin for all the observations made since World War Two. Indeed, if a nation of the world had been able to secretly develop such an armada of exotic craft, like those observed for more than half a century, the means of analysis and strategic logistics available would have permitted their rapid identification. The illegal overflights which they have been guilty of conducting could constitute a casus belli ...

However, repeated overflights from 1948 to 1949 of all the U.S. bases where atomic weapons were constructed and stored, could be considered a clear transactional message and an implied threat. The same can be said for the confirmed deprogramming of ICBMs at Malmstrom AFB in Montana on March 16, 1967, for example, while a luminous machine the size of a B-52 flew over the site at very low altitude.

title-

Wheeler’s IT FROM BIT, Null Tetrads and Bell Qubit Pair States-/title-

-abstract-

The fundamental gravity fields are the tetrads for Local Inertial Frames (LIFs) on

force-free geodesics in curved spacetime. The tetrads are the “square roots” of Einstein’s

metric tensor. Material LIF detectors on timelike geodesics can be described by Cartesian

tetrads whose Newman-Penrose 2-spinor qubit representation are the four entangled Bell

pair states of quantum information theory. In contrast, the local light cone null tetrads are

unentangled pairs of 2-spinor qubits. Furthermore, in a local spherical coordinate basis,

the two real null tetrads are the Wheeler-Feynman advanced and retarded spherical waves

emanating from the origin of the local light cone. Curvature corresponds to relative

disclinations or “tilting” (Penrose) of neighboring light cones. Therefore, the qubit spinors

are Wheeler’s “BITS” for the fabric of spacetime where Einstein’s metric tensor field emerges

from strings of four qubits. This picture is compatible with Aharonov’s pre-selected

history and post-selected destiny state-vector formulation of quantum theory.

Aug
16

*Harvard Gazette"Two years ago we slowed it down to 38 miles an hour; now we've been able to park it then bring it back up to full speed." Lene Hau isn't talking about a used motorbike, but about light – that ethereal, life-sustaining stuff that normally travels 93 million miles from the sun in about eight minutes.*

That should show a huge gravity anomaly n^4G/c^4 if my idea is actually followed by Nature.

This was only a milli-sec - but an effect should be there (here it would be a normal gravity attraction blip because no negative EM energy density). Of course the EM energy density here is tiny.

Note the objections are for propagating far EM fields - not clear what happens for near EM fields.

Aug
15

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Remember however these papers only deal with "plane wave far field radiation (real photons in coherent states) not near-fields (virtual photons in coherent states) that do not propagate.

*Gravitation and electromagnetic wave propagationwith negative phase velocityTom G Mackay1,3, Akhlesh Lakhtakia2,4 and Sandi Setiawan11 School of Mathematics, University of Edinburgh, Edinburgh EH9 3JZ, UK2 CATMAS—Computational & Theoretical Materials Sciences Group,Department of Engineering Science and Mechanics, Pennsylvania StateUniversity, University Park, PA 16802–6812, USAE-mail: T.Mackay@ed.ac.uk, akhlesh@psu.edu and S.Setiawan@ed.ac.ukNew Journal of Physics 7 (2005) 75Received 25 October 2004Published 8 March 2005Online at http://www.njp.org/doi:10.1088/1367-2630/7/1/075Abstract. Gravitation has interesting consequences for electromagnetic wavepropagation in vacuum. The propagation of plane waves with phase velocitydirected opposite to the time-averaged Poynting vector is investigated for agenerally curved spacetime. Conditions for such negative-phase-velocity (NPV)propagation are established in terms of the spacetime metric components forgeneral and special cases. Implications of the negative energy density of NPVpropagation are discussed.3*Obstacle to the goal of low power warp drive

A simplistic expression of the (monochromatic) electromagnetic energy density turns out to yield negative values [8], which are generally held as impossible in the electromagnetics research community, but more sophisticated investigations indicate that the

electromagnetic energy density in NPV materials is indeed positive when account is taken of the frequency-dependent constitutive properties ...

The possibility of a negative electromagnetic energy density requires discussion. In the

research on isotropic, homogeneous, dielectric-magnetic NPV materials, the negative value

has been noted [8]. Equally important is the fact that such materials have been artificially

fabricated as composite materials comprising various types of electrically small inclusions, and their plane wave response characteristics (over limited ω-ranges) are substantially as predicted [7]. This implies the aforementioned procedure to compute W(ω/c, k, r)t may not be always correct. Indeed it is not, because it applies only to nondissipative and nondispersive mediums. When account is taken of the dissipative and the dispersive nature of the NPV materials [26], W(ω/c, k, r)t does turn out to be positive [9].

Change G above to n^4G in the superconducting |n| ~ 10^10 meta-material n < 0.

3) The primary area of research in metamaterials is investigation of materials with a negative refractive index.

This appears to permit the creation of 'superlenses' which can have a spatial resolution below that of the

wavelength, and a form of 'invisibility' has been demonstrated at least over a narrow wave band. Although the

first metamaterials were electromagnetic, acoustic and seismic metamaterials are also areas of active research.

Metamaterial potential applications are diverse and include remote aerospace applications, sensor detection

and infrastructure monitoring, smart solar power management, public safety, radomes, high-frequency

battlefield communication and lenses for high-gain antennas,[4] improving ultrasonic sensors and even

shielding structures from earthquakes. ...

Metamaterials as left-handed media occur when both permittivity ε and permeability μ are negative. Furthermore, left handedness occurs mathematically from the handedness of the vector triplet E, H and k. ...

In natural occurring transmission media right handedness dominates, i.e., permittivity and permeability are

both positive resulting in an ordinary positive index of refraction. However, metamaterials have the capability

to exhibit a state where both permittivity and permeability are negative, resulting in an extraordinary index of

negative refraction, i.e. a left-handed material.[2] The term Left Handed Material (LHM), is interchangeable

with the term Double Negative metamaterials (DNG).[7]

In DNG metamaterials both permittivity and permeability are negative resulting in a negative

index of refraction. The index of refraction, n, has been shown to be negative in theory, and several research

experiments have reported a negative index of refraction for DNG metamaterials.[1] Studies have created

applications for producing a negative refractive index. These applications are "phase compensation with

electrically small resonators, negative angles of refraction, subwavelength-waveguides, backward wave

antennae, Cerenkov radiation, photon tunnelling, and enhanced electrically small antenna". The concept of

continuous wave excitation is a key component of these studies to obtain the negative index refraction of DNG

media, and introduce these applications.[1] DNG metamaterials are innately dispersive, so their permittivity ε,

permeability μ, and refraction index n, will alter with changes in frequency.

Main article: Negative index metamaterials

The greatest potential of metamaterials is the possibility to create a structure with a negative refractive index, since this property is not found in any non-synthetic material. Almost all materials encountered in optics, such as glass or water, have positive values for both permittivity ε and permeability µ. However, many metals (such as silver and gold) have negative ε at visible wavelengths. A material having either (but not both) ε or µ negative is opaque to electromagnetic radiation (see surface plasmon for more details).

Although the optical properties of a transparent material are fully specified by the parameters ε and µ, refractive index n is often used in practice, which can be determined from . All known non-metamaterial transparent materials possess positive ε and µ. By convention the positive square root is used for n.

However, some engineered metamaterials have ε < 0 and µ < 0. Because the product εµ is positive, n is real. Under such circumstances, it is necessary to take the negative square root for n. Physicist Victor Veselago proved that such substances can transmit light.

More…

Video representing negative refraction of light at uniform planar interface.

The foregoing considerations are simplistic for actual materials, which must have complex-valued ε and µ. The real parts of both ε and µ do not have to be negative for a passive material to display negative refraction.[23] Metamaterials with negative n have numerous interesting properties:

Snell's law (n1sinθ1 = n2sinθ2), but as n2 is negative, the rays will be refracted on the same side of the normal on entering the material.

The Doppler shift is reversed: that is, a light source moving toward an observer appears to reduce its frequency.

Cherenkov radiation points the other way.

The time-averaged Poynting vector is antiparallel to phase velocity. This means that unlike a normal right-handed material, the wave fronts are moving in the opposite direction to the flow of energy.

For plane waves propagating in electromagnetic metamaterials, the electric field, magnetic field and wave vector follow a left-hand rule, thus giving rise to the name left-handed (meta)materials. It should be noted that the terms left-handed and right-handed can also arise in the study of chiral media, but their use in that context is unrelated to this effect. The effect of negative refraction is analogous to wave propagation in a left-handed transmission line, and such structures have been used to verify some of the effects described here.

Handedness is an important characteristic in metamaterial design and fabrication as it relates to the direction of wave propagation. Metamaterials as left-handed media occur when both permittivity ε and permeability µ are negative. Furthermore, left handedness occurs mathematically from the handedness of the vector triplet E, H and k.[2]

In ordinary, everyday materials - solid, liquid, or gas; transparent or opaque; conductor or insulator - right handedness dominates. This means that permittivity and permeability are both positive resulting in an ordinary positive index of refraction. However, metamaterials have the capability to exhibit a state where both permittivity and permeability are negative, resulting in an extraordinary, index of negative refraction, i.e. a left-handed material.[2][24]

http://en.wikipedia.org/wiki/Metamaterial

On Aug 15, 2010, at 2:11 PM, JACK SARFATTI wrote:

Given a dispersive dissipative medium, the Fourier transform of the index of refraction is n(f,k) which has an imaginary part for dissipation - see Kramer's Kronig dispersion relations for causality

for far-field radiation f = kc (on classical light cone "mass-shell")

for non-radiative near fields f =/= kc i.e. macrocoherent Glauber states of virtual photons correspond to induction fields of motors, generators, transformers, power lines etc.

formally

phase velocity is

vphase = c/n(f,k)

for near fields f, k are independent variables

group velocity of energy transport is

vgroup = df/dk

which is physically meaningless for near fields, but not for far fields.

when f = [c/n(f,k)]k

vgroup = df/dk = [c/n(f,k)]dk/dk + ck(d/dk)(1/n(f,k))

note that d/dk is the gradient Del 3-vector operator in k-space

so causality i.e. no FTL signal requires

vgroup = df/dk < 0

Now some of the meta-material papers Waldyr sent seem to require gradient terms in the near-field EM density to avoid negative energy - of course we want negative EM energy to get the "lift" of anti-gravity for low-power warp drive (zero g-force and no time dilation) - so that's the problem where

|n(f,k)| >> 1 superconductor

http://www.news.harvard.edu/gazette/2001/01.24/01-stoplight.html

& n(f,k) < 0 meta-material

On Aug 15, 2010, at 9:41 AM, JACK SARFATTI wrote:

PS

coupling of stress-energy density Tuv to gravity Guv is ~ G/c^4 that I replace by n^4G/c^4

when |n| >> 1 as in a superconductor

a small stress-energy density induces a large curvature (in some range of f & k) in the exotic superconducting meta-material - that then ripples out to vacuum via

Green's function propagators of the gravity field

Guv ~ n^4(G/c^4)Tuv in sc meta-material

Guv = 0 in vacuum - neglect / here.

On Aug 15, 2010, at 9:34 AM, JACK SARFATTI wrote:

Paul

My idea is simple

in the stress-energy tensor Tuv replace c by c/n

n = index of refraction

in a meta-material n < 0

not only that but permittivity and permeability separately negative

now there are unresolved problems of dispersion and dissipation, however (as noted by Waldyr Rodrigues Jr)

most papers try to eliminate negative energy density.

T00(EM) = (permittivity)(electric field)^2 + (permeability)(magnetic field)^2 < 0 in some range of frequencies f and wave vectors k

think non-radiating near fields not far fields so that f =/= ck i.e., off light cone coherent states of virtual photons

a negative energy density creates anti-gravity repulsion in this case where w > -1/3 as in Casimir plates geometry (e.g. Puthoff's papers)

in addition in a superconductor |n| >> 1 i.e. stopping light

therefore, I suggest that a high Tc superconducting meta-material will show anomalous repulsive gravity

Aug
15

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Hand held I-phone device to wirelessly diagnose illness like in Star Trek Sci Fi - to detect at single molecule level any DNA/RNA based pathogen in bio-terrorist attack

also possibly control biosystems at nanoscale at a distance wirelessly?

DOD ARPA funding this.

Anita Goel is fascinated by motors. Not the kind of motor that resides under the hood of your family car, but the molecular motors that make their way along strands of DNA, reading and replicating genetic information. They are the motors of life itself. Goel, a 29 year-old researcher in the physics department at Harvard, hopes to learn how these nanoscopic machines work. In particular, she is interested in how the environment can affect the motor's operation. “I find it intriguing,” says Goel, “that conditions within cells can affect the flow of information encoded in DNA.” Anita Goel Nanobiosym

http://en.wikipedia.org/wiki/Anita_Goel

controlling DNA encoding/decoding nano-machines

http://www.physicscentral.com/explore/people/goel.cfm

http://www.nanobiosym.com/

Nanomotors are Maxwell Demonesque Feynman "rachets".

Wigner inequalities for a quantum clock applied to nanomotors for accuracy and precision & processing power.

Aug
15

-title-

Wheeler’s IT FROM BIT, Null Tetrads and Bell Qubit Pair States-/title-

-abstract-

The fundamental gravity fields are the tetrads for Local Inertial Frames (LIFs) on force-free geodesics in curved spacetime. The tetrads are the “square roots” of Einstein’s metric tensor. Material LIF detectors on timelike geodesics can be described by Cartesian tetrads whose Newman-Penrose 2-spinor qubit representation are the four entangled Bell pair states of quantum information theory. In contrast, the local light cone null tetrads are unentangled pairs of 2-spinor qubits. Furthermore, in a local spherical coordinate basis, the two real null tetrads are the Wheeler-Feynman advanced and retarded spherical waves emanating from the origin of the local light cone. Curvature corresponds to relative disclinations or “tilting” (Penrose) of neighboring light cones. Therefore, the qubit spinors are Wheeler’s “BITS” for the fabric of spacetime where Einstein’s metric tensor field emerges from strings of four qubits. This picture is compatible with Aharonov’s pre-selected history and post-selected density state-vector formulation of quantum theory.

Aug
15

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some notes (fragments)

real technology of movie Inception not that far away - can soon read secrets when brain is sleeping - it reviews events of the day at 5x normal pace like replaying a tape - imprinting into memory - discussed by Dr. Litt at end of his talk - very briefly

Subject: I was videoed with kurzweil

Good discussion of my back-action model based on Bohm's Q in q&a at singularity summit 2010 in their official video

Kurzweil on screen from Massachusetts

Kurzweil critical of the Hameroff-Penrose model but was interested in my two-way feedback control loop (particles <---> quantum potential) giving signal nonlocality with patterns induced in Q = qualia

Dr. Litt gave evidence for retrocausal presponse! - but does not realize it.

Eyetap.org

h2Ogan.com

Funtain.ca

Eyetap

Beam splitter

Steve Mann

Chirplet transform
Bci Corp
Interaxon

Hdi patent

Eyeborg

Undigital singularity
Sousveilance iPhone

Subject: Re: Alzheimers clinical tests latest 2010

lot's of interesting stuff at this 2 day meeting

will write up details later this week

some amazing stuff - brain-computer-interface -- machines that can read thoughts from sleeping people - not far off for real!!!

Brian Litt MD University of Penn - large group doing many important projects

also stuff on aging (company in Irvine Genescient)

http://opencog.org

Chinese will surpass us in this -
http://code.google.com/p/openbiomind/

creating AI biologist to analyse large chunks of bio-data impossible for humans to do

"Haptics" MIT Media Lab http://touchlab.mit.edu/

& more

In a message dated 8/14/2010 10:00:09 A.M. Pacific Daylight Time, sarfatti@pacbell.net writes:

Gregory Stock Signum Bioscience CEO at Singularity Summit says nothing works well on Alzheimer's

I am attending meeting Hyatt Regency

Aug
11

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Ian scrawled*The implicate order, on the 2-d manifold of anyons in the de Sitter future horizon, is the result of a quantum phase transition with a topological order, post Landau symmetry breaking. Explanation of string-net condensation (by Michael A. Levin and Xiao-Gang Wen), will result in a unified origin for photons, electron and other elementary particles in our universe. This is the consistent theory of a quantum gravity, the holography computer using the fractional quantum Hall effect via a 2-D anyon substrate. All elementary particles, everything is just a holographic projection of string-net condensation pattern on our future de-Sitter event horizon. *

see the following:

http://www.facebook.com/l/1737c;arxiv.org/PS_cache/hep-th/pdf/0507/0507118v2.pdf

It is not yet a consistent theory of quantum gravity. I know why, its because....

Ian scrawled*We need a rigorous derivation from loop quantum gravities spin networks to Levin and Wen's spin lattice. The project is called "quantum graphity". Thats the implicate order.*

Quantum Graphity

Tomasz Konopka, Fotini Markopoulou and Lee Smolin

Perimeter Institute, Waterloo, Canada, University of Waterloo, Waterloo, Canada*We introduce a new model of background independent physics in which the degrees of freedom live on a complete graph and the physics is invariant under the permutations of all the points. We argue that the model has a low energy phase in which physics on a low dimensional lattice emerges and the permutation symmetry is broken to the translation group of that lattice. In the high temperature, or disordered, phase the permutation symmetry is respected and the average distance between degrees of freedom is small. This may serve as a tractable model for the emergence of classical geometry in background independent models of spacetime. We use this model to argue for a cosmological scenario in which the universe underwent a transition from the high to the low temperature phase, thus avoiding the horizon problem.*

http://arxiv.org/abs/hep-th/0611197

Aug
11

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Ian Yekhlef flapped gums 'bout yours recent Tales

Ian scrawled*Level III is simply a matter of interpretation. Tegmark is a many worlds guy and prefers to think that ' if a mouse observes the universe, the mouse, not the universe changes'. Some however, prescribe to the 'consciousness causes collapse' interpretation. In Sarfatti cosmology, as explained above, it is now clear that your view of QM is very similar to the Bohm-de broglie interpretation. Which means particles always have discrete postions but are guided by the wave function, and are subject to the schrodinger wave equation, but the wave function never collapses. There is a kind of eternal information field if you will. As a result the theory has a single space-time, is non-local and deterministic. Which is why it is related to the work of Sheldon Goldstein, who uses a specific type of Bohmian cosmology. Level III is not needed in your theory and as you righly pointed out 'it is not clear that Level III is real'. It is a matter of interpretation. Which leads back to Wheeler ' The question is what is the question?'---Why so many interpretations?**This is very interesting for me. It always bothered me that there are many different interpretations of QM, There is only one way of understanding relativity or Newtonian mechanics, one world-view if you will, why should QM be different. It would be interesting if different variants of quantum cosmology gave different testable predictions. It seems after thinking about your idea and the above discussion, things don't work in a level III multiverse, it seems to work in a Bohmian universe though. You need the implicate order, an all pervasive information field, transcending space-time for the retro causal effects to be consistent. The implicate order are the anyonic qubit patterns smeared over our future event horizon hologram analogous to the phase pattern on an optical hologram plate similar to Susskind's picture of black hole complementarity.*

[hep-th/9506138] Black Hole Complementarity vs. Locality

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Aug
11

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On Aug 9, 2010, at 1:19 AM, Ye olde Facebook wrote:

Ian Yekhlef flapped gums 'bout yours recent Tales*"In the 'Multiverse hierarchy' as presented by Tegmark. Level I denotes 'ergodic' space of Hubble volumes, which you identify with the VALIS mind of god super computer of the future, retrocausally influencing the past. How is this consistent with Level III multiverse ( As denoted by everettian QM such that 'all isolated physical systems are unitary' in the many world interpretation of QM)? If the VALIS supercomputer is influencing the past, all electrons would be 'entangled' with these advanced and retarded potentials. Everything is fixed in this future to past entangled state. There would be one physical system ( The VALIS supercomputer) influencing another physical system in the past. The measurement problem would come into play, I can't see how your idea is consistent with the EPR experiments and Bell's theorems. Us in the present collapsing the wave function would result in the decoherence of the advanced and retarded entangled electrons. This would result in a different future from the one the VALIS supercomputer in the future was influencing.*"

It's not clear that Level III is real. That is, quantum theory may not work on the large scale at all. That it does is a matter of faith. It may be an over-extrapolation. Macro-quantum phase coherence in the post-inflation vacuum changes the rules. The linear unitary Schrodinger-Dirac etc equation for entangled micro-quantum waves in configuration space is replaced by a nonlinear non-unitary Landau-Ginzburg type equation in 4D spacetime for a non-entangled vacuum order parameter that remains coupled to the ordinary micro-quantum noise to be sure. The gravity tetrad fields of curved spacetime geodesics emerge as gradients of eight Goldstone phases in a toy model I am playing with.