- "harness the cosmic energy" General Douglas MacArthur "Duty, Honor,

Country" West Point.

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>The Invisible War College

Subject: Military Technological Surprise in 21st Century Aerospace Warfare

>

>Memorandum For The Record

>

by Jack Sarfatti, Ph.D.

Theoretical Physicist, physics degrees from Cornell, USCD & UCR

former Civil Air Patrol 1954 & USAF ROTC, Cornell 1958, US National

Defense Fellow, Title IV 1960, US Navy PACE Instructor 1971-87 , UKAERE

Harwell 1966 & 1971

>

Note |PsiI| ~ 10^49.5 virtual off mass shell bound positronium pairs per

>Bottom line

>

>

>/\eff ~ Lp^-2{1 - Lp^3|PsiI|^2(1 - 2(|PsiII|/|PsiI|)cos[argPsiI - argPsiII +

>electromagnetic phase difference]}

>

>This shows how to control vacuum gravity electromagnetically in a strong way

>beating G/c^4

>

>Note base line in /\ = 0, therefore

>

>/\eff = -2Lp|PsiIPsiII|cos[argPsiI - argPsiII + electromagnetic phase

>difference]}

>

cc^1/2 in the macro-quantum vacuum. |PsiII| ~ 10^11 per cm^1/2 real

electron pairs on mass shell in Ray Chiao's Type II Superconductor that

we may wish to rotate for vacuum propulsion. Therefore,

/\eff ~ -2*10^-33*10^61*cos[argPsiI - argPsiII + electromagnetic phase difference]} cm^-2

/\eff ~ -2*10^28*cos[argPsiI - argPsiII + electromagnetic phase difference]}cm^-2

The effective radius of curvature scale from the electromagnetically controlled /\ macro-quantum vacuum field with dimensionless coupling strength ~ (Applied Magnetic Flux)/(Superconducting Flux Quantum)is, therefore, ~ 1 fermi. We can weaken this, i.e. increase the controllable anti-gravitating dark energy /\ > 0/gravitating dark matter /\ < 0 by keeping the total Josephson gauge-invariant phase difference close to 90 degrees.

This dimensionless coupling strength is to be compared, for example, with the "brute force" dimensionless spacetime stiffness figure of merit

(G/c^4)Tuv(gauge matter on mass shell)/(GM/c^r^3)

Note for comparison local Weyl vacuum curvature scale is GM/c^2r^3. Local radius of curvature from Earth at surface of Earth is ~ 1 AU ~ 10^13 cm.

Weyl Vacuum Curvature at Earth Surface ~ 10^-26 cm^-2.

That is, the basic "warp force" scale of the /\ macro-quantum partially coherent zero point gauge source and force fluctuation local field is ~ 54 powers of ten larger than the "weight" of gravity at the LNIF rest frame at the surface of the Earth. This is the most powerful weapon concept ever. Nuclear weapons are like small Chinese firecrackers in comparison.

Unfortunately, deployment of such a weapon could literally break the planet in pieces and destroy the Solar System. This is what we are up against if there are hostile alien ET Civilizations "Out There".

"Deterrence" is our only policy.

>

>Let historians note that Bernie Haisch called my work here worthless and Joe

>Firmage called it irrelevant. Hal Puthoff, in contrast, admitted he had

>nothing better in terms of theory,

>

>

>

>Part III

>

>What I was trying to say in Part II below is quite simple. I clarify it

>here.

>

>PsiI is the macro-quantum coherence local order parameter of all the gauge

>source and force random zero point vacuum fluctuations. It is predominantly

>a macroscopically occupied bound state of of virtual positronium i.e. A BEC.

>

>Virtual zero point gauge force spin 1 bosons cause the vacuum to locally

>antigravitate as dark energy from the negative quantum pressure.

>Zero point polarized vacuum (PV) zero-point ionized plasma gauge source

>virtual particle-antiparticle pairs cause the vacuum to gravitate as dark

>matter. The net balance is the local /\ field. The curved spacetime Einstein

>field equation for the vacuum Weyl curvature tensor gives a Newtonian

>Poisson equation for the vacuum itself in the weak field limit that is

>

>Grad^2V = c^2/\

>

>V = effective Vacuum Gravity Potential Energy per test particle mass at

>point P.

>

>/\ > 0 is universally repelling dark energy

>

>/\ < 0 is universally attracting dark matter

>

>This /\ field is strong not limited by the G/c^4 barrier. Tony Smith's

>objections below are not germane IMO.

>

>

>/\ = 0 is the ordinary non-gravitating macro-quantum vacuum.

>

>One of the NASA space-probes may be showing a /\ =/= 0 field outside our

>Solar System.

>

>Imagine a Modanese or a Chiao real superconductor PsiII beating against the

>vacuum Psi

>

>|PsiI + PsiII|^2 = |PsiI|^2 + |PsiII|^2 + 2|PsiI||PsiII|cos[argPsiI -

>argPsiII + electromagnetic phase difference]

>

>Note that the coupling in the phase is 2e/hc multiplying a line integral of

>Audx^u with both voltage and magnetic flux terms.

>

>A resonant AC voltage across this weak Josephson link between macro-quantum

>vacuum geometry and real gauge matter causes a DC momenergy current transfer

>not limited by space-time stiffness G/c^4 = reciprocal superstring tension.

>

>/\eff = Lp^-2{1 - Lp^3(|PsiI|^2 - |PsiII|^2 - 2|PsiI||PsiII|cos[argPsiI -

>argPsiII + electromagnetic phase difference])}

>

>Note

>

>|PsiI| >> |PsiII|

>

>Therefore

>

>/\eff = Lp^-2{1 - Lp^3|PsiI|^2(1 - |PsiII|^2/|PsiI|^2 -

>2|PsiI||PsiII|cos[argPsiI - argPsiII + electromagnetic phase

>difference]/|PsiI|^2}

>

>/\eff ~ Lp^-2{1 - Lp^3|PsiI|^2(1 - 2(|PsiII|/|PsiI|)cos[argPsiI - argPsiII +

>electromagnetic phase difference]}

>

>This shows how to control vacuum gravity electromagnetically in a strong way

>beating G/c^4

>

>

>

>

>

>abstract gr-qc/0208024FYI in case you haven't seen it...

>

>http://xxx.lanl.gov/abs/gr-qc/0208024

>

>General Relativity and Quantum Cosmology, abstract

>gr-qc/0208024

>From: Chiao <chiao@...>

>Date: Fri, 9 Aug 2002 06:55:58 GMT (92kb)

>

>Conceptual tensions between quantum mechanics and general relativity: Are

>there experimental consequences, e.g., superconducting transducers between

>electromagnetic and gravitational radiation?

>Authors: Raymond Y. Chiao

>Comments: 46 pages, 4 figures, Wheeler Symposium/Chapter

>

>One of the conceptual tensions between quantum mechanics (QM) and general

>relativity (GR) arises from the clash between the spatial nonseparability of

>entangled states in QM, and the complete spatial separability of all

>physical systems in GR, i.e., between nonlocality implied by the

>superposition principle, and locality implied by the equivalence principle.

>Experimental consequences of this conceptual tension for macroscopically

>coherent quantum objects, such as superconductors, superfluids, and atomic

>Bose-Einstein condensates, subjected to tidal and Lense-Thirring fields

>arising from gravitational radiation, will be explored. In particular,

>superconductors will be considered as macroscopic quantum gravitational

>antennas and transducers, which can directly convert upon reflection a beam

>of quadrupolar electromagnetic radiation into gravitational radiation, and

>vice versa, and thus serve as both sources and receivers of gravitational

>waves. An estimate of the transducer conversion efficiency on the order of

>unity comes out of the Ginzburg-Landau theory for an extreme type II,

>dissipationless superconductor with minimal coupling to weak gravitational

>and electromagnetic radiation fields, whose frequency is smaller than the

>BCS gap frequency, thus satisfying the quantum adiabatic theorem. The

>concept of ``the impedance of free space for gravitational plane waves'' is

>introduced, and leads to a natural impedance-matching process, in which the

>two kinds of radiation fields are impedance-matched to each other around a

>hundred coherence lengths beneath the surface of the superconductor. A

>simple, Hertz-like experiment has been performed to test these ideas, and

>preliminary results will be reported.

>Full-text: PostScript, PDF, or Other formats

>References and citations for this submission:

>SLAC-SPIRES HEP (refers to , cited by, arXiv reformatted)

>

>

>Links to: arXiv, gr-qc, /find, /abs (-/+), /0208, ?

>

>

>

>

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>

>

>On 8/31/02 7:28 PM, "Jack Sarfatti" <sarfatti@...> wrote:

>

>

>

>>Part II

>>

>>There is a cubic nonlinearity in the full Landau-Ginzburg equation for Psi

>>in terms of guv and the Goldstone Mexican Hat \/\/ effective macro-quantum

>>field potential. Plus Einstein's field equation with the /\ term ~ |Psi|^2

>>Which guv coming from argPsi modulation. It's very nonlinear -- basically

>>all matter geometry from thoughtlike information field Psi!

>>

>>IT FROM BIT + BIT FROM IT = Self-Excited Conscious Universe

>>

>>We have for this nonlinearity

>>

>>|PsiI + PsiII|^2(Psi1 + Psi2) = [|Psii|^2 + |PsiII|^2 +

>>2|Psii||Psi|cos[argPsii - arg PsiII + (2e/hc)(EM integral Audx^u)](Psi1 +

>>Psi2)

>>

>>There is also the linear term and the locally covariant wave operator for

>>Psi as a spin 0 complex scalar field on classical curved spacetime guv that

>>it also generates via

>>

>>guv = Lp^2[argPsiI + (2e/hc)(EM integral Audx^u)](,u,v)

>>

>>We need to do the Bohm polar representation trick to get a nonlinear version

>>of the coupled amplitude and phase modulation equations i.e. Hamilton-Jacobi

>>type equation for the phase modulation and superfluid current conservation

>>equation for the amplitude i.e. /\ modulation controlled by the EM

>>4-potential gauge integral (2e/hc)Audx^u

>>

>>Note that like Chiao's gravity radio the coupling is linear in e not

>>quadratic in e^2. That is the dominant Feynman diagram for macro-quantum

>>electromagnetic coupling is a vertex >- where > is the virtual e+e- BEC and

>>- is a virtual photon. This is even stronger by a factor |Psi1|^2(1/137)^1/2

>>than the dominant >-< Coulomb potential micro-quantum Feynman diagram ~

>>1/137.

>>

>>It is the macro-quantum vertex >- of order |Psi1|^2(1/137)^1/2 that

>>dominates the electromagnetic control of quintessent /\.

>>

>>We are not at all concerned with trying to control /\ and Guv by the much

>>weaker brute force

>>

>>E^2(G/c^4) where E is the applied electric field intensity.

>>

>>Given this more direct stronger tweaking of /\ by (2e/hc)Audx^u

>>

>>A tiny change in /\ transfers a huge stress momenergy current density from

>>the vacuum to the material field i.e.

>>

>>(c^4/G)/\^,vguv = (Super String Tension)/\(partially coherent virtual gauge

>>matter)^,vguv = -Tuv(real gauge matter)^;v

>>

>>; is covariant derivative

>>

>>,v is ordinary partial derivative, and we use summation convention on

>>repeated tensor indices. Everything, unlike Haisch and Puthoff's stuff is

>>locally covariant and obeys EEP.

>>

>>

>>

>>

>>

>>On 8/31/02 2:58 PM, "Jack Sarfatti" <sarfatti@...> wrote:

>>

>>

>>

>>>Tony Smith wrote:

>>>

>>>"Jack, you say

>>>"... if 4 billion metric tons equivalent of stress energy density

>>>only bends spacetime by one tiny fermi

>>>(Feynman's example in above CalTech Gravity Lectures)

>>>then a mere 1 fermi /\ metric warp releases or absorbs (stealth cloak)

>>>4 billion metric tons equivalent of stress energy density. ...".

>>>and

>>>that such warping of space

>>>"... will be seen to be the "E = mc^2" of 21st Century Physics

>>>Making Star Trek Real ...".

>>>

>>>As you say, in Lecture 11.2 of his Feynman Lectures on Gravitation

>>>(Addison-Wesley 1995), at page 154, Richard Feynman says:

>>>"... we may give an interpretation of the theory of gravitation

>>>... as follows: ... Consider a small three-dimensional sphere

>>>... [ in a ] three-space perpendicular to the time axis ...

>>>Its actual radius exceeds the radius calculated by Euclidean geometry

>>>... by an amount proportional ... [ by the factor ] G / 3 c^2 ...

>>>to the amount of matter inside the sphere

>>>... one fermi per 4 billion metric tons ...

>>>we require the same result to hold in any coordinate system

>>>regardless of its velocity. ...".

>>>

>>>

>>>As I understand you, you propose to do the warping of space

>>>by using a "vacuum condensate-gravity-EM induction coupling"

>>>that "is of order e^2/hc not (G/c^4)Tuv",

>>>so

>>>that you propose to:

>>>(1) warp space by putting in energy with your e^2/hc = 1/137

>>>and

>>>(2) extract energy from the space warp with Feynman's

>>>factor 3 c^2 / G = 4 x 10^28. "

>>>

>>>Jack: Roughly yes.

>>>

>>>Tony:

>>>

>>>"What I do NOT understand is how you justify

>>>using your factor to put in energy to do the warping

>>>and

>>>then using Feynman's factor to take out energy from the warping.

>>>

>>>It seems to me that you using something like Enron accounting

>>>and that you are are violating your own statement:

>>>"... What comes around goes around. ...". '

>>>

>>>

>>>Jack: Think of a triode tube with the e^2/hc as the grid and c^4/G is

>>>cathode-anode.

>>>

>>>There is no creation or destruction of energy, rather it is a control of

>>>energy already there transmuting its form.

>>>

>>>Also Bohm says similar thing in how active quantum information pilots

>>>material energy.

>>>

>>>Formally the zero point vacuum energy transduction equation is

>>>

>>>

>>>/\^,vguv = -(G/c^4)Tuv(Matter)^;v

>>>

>>>/\^,vguv/(G/c^4) = -Tuv(Matter)^;v

>>>

>>>

>>>Or more simply

>>>

>>>Tuv^;v(Matter) + tuv^;v(ZPE Vacuum) = 0

>>>

>>>; is the covariant derivative

>>>

>>>The control of the residual random noise local zero point energy stress

>>>energy tensor of all gauge fields source and force - no Yilmaz spin 2 field

>>>here - is via strong Josephson effect

>>>

>>>P - (e/c)A minimal couplings in the phase argPsi that couples to amplitude

>>>in the weak link tunnel like a pipe at the bottom of a dam with a high

>>>mountain lake behind it.

>>>

>>>Where tuv^;v(ZPE Vacuum) is controlled by e^2/hc very much the way Modanese

>>>says for the real superconductor-gravity coupling, Here I have a virtual

>>>vacuum superconductor whose supercurrent is the vacuum Maxwell displacement

>>>current -- another nice feature of my theory that has not been emphasized.

>>>

>>>Note G/c^4 spacetime stiffness barrier cancels out of the problem.

>>>

>>>/\ is a function of EM 4-potential via minimal coupling to the virtual e+-e-

>>>PV current densities via argPsi.

>>>

>>>This is very simple and straightforward -- mainstream in the box.

>>>

>>>Flying saucers do it, don't they? ;-)

>>>

>>>

>>>To make it even simpler.

>>>

>>>Let

>>>

>>>dy/dx = 0 < A << 1

>>>

>>>Therefore

>>>

>>>dx/dy = 1/A >> 1

>>>

>>>

>>>x and y have independent control parameters p, b respectively with vastly

>>>different coupling strengths.

>>>

>>>y = y(b)

>>>

>>>x = x(p)

>>>

>>>y ~ /\, x I~ Tuv(Matter), A I~ G/c^4

>>>

>>>Or, alternatively, more physically think of a huge water pipe at the bottom

>>>of a dam with a high lake behind it. A certain amount of work W is needed to

>>>open the valve releasing hydroelectric energy E >> W.

>>>

>>>The virtual positronium vacuum condensate Psi is the "lake".

>>>

>>>The minimal coupling of the EM 4-potential Au to the phase argPsi of the

>>>virtual positronium superfluid is the valve or grid (triode analogy)

>>>controlling the flow through the pipe.

>>>

>>>The flow is a Josephson macro-quantum super current of momenergy transfer

>>>through the interference of the vacuum Psi with the Psi of a real

>>>superconductor like the rotating Modanese superconducting disk for coherent

>>>nonradiating induction near fields off mass shell, and, alternatively,

>>>Chiao's gravity radio for radiative coherent far fields on mass shell.

>>>

>>>So we have ZPE VACUUM <-> MATTER Josephson tunneling of momenergy currents

>>>Tuv^;v and tuv^;v.

>>>

>>>Tuv^;v ~ Ju*sin{argPsi - (2e/hc)[(Magnetic Flux) + Voltage difference x

>>>time]} in a closed loop for example.

>>>That is only one approach.

>>>

>>>A resonating AC voltage control signal will induce a DC flow of momenergy

>>>between /\ macro-quantum vacuum geometry and real superconductor for

>>>example. A DC applied control voltage induces an oscillating exchange of

>>>momenergy between /\ vacuum geometry and matter. There is also magnetic

>>>trapped flux control via Meissner effect inducing oscillations in persistent

>>>momenergy currents between /\ vacuum * matter.

>>>

>>>/\ > 0 is locally anti-gravitating dark energy macro-quantum vacuum region.

>>>

>>>/\ < 0 is locally gravitating dark matter macro-quantum vacuum region.

>>>

>>>Given Psi(Sarfatti Vacuum) = PsiI & Psi(Modanese) = PsiII

>>>

>>>Ju = 2(K/h)(|PsiI||PsiII|) sin{argPsiI - argPsiII - (2e/hc)[(Magnetic Flux)

>>>+ Voltage difference x time]}

>>>

>>>/\(Sarfatti Vacuum) = Lp^-2[1 - Lp^3|PsiI|^2]

>>>

>>>|PsiI| = Lp^-3/2[1 - Lp^2/\]^1/2 > 0

>>>

>>>There is also a nonlinear Landau-Ginzburg equation for PsiI + PsiII

>>>

>>>The above over-simplified toy model neglects the nonlinear terms that are

>>>important for metric engineering control systems.

>>>

>>>

>>>----------------------------

>>>

>>>

>>>

>

>

>

> - You Dumb Bastard, Deterrence is what prevented Nuclear Holocaust in the

past 50 years.

This is why I say you are The Pied Piper to American Defeat and Disaster.

Does Maurice Strong agree with you on this?

Joseph P. Firmage wrote:

>>System. This is what we are up against if there are hostile

OK thanks for the clarification. None too soon. Will keep that in mind

>>alien ET Civilizations "Out There".

>>

>>"Deterrence" is our only policy.

>>

>>

>>

>

>Such policy advice is an example of where our social visions are

>absolutely divergent.

>

>

>

>>>Let historians note that Bernie Haisch called my work here worthless

>>>and Joe Firmage called it irrelevant. Hal Puthoff, in contrast,

>>>admitted he had nothing better in terms of theory,

>>>

>>>

>>>

>

>I was referring to our debate on the physical interpretation of

>relativity. Your recent conjectures RE the manner in which to create

>useful field effects were not what I was referring to. Though I cannot

>yet say whether there is anything uniquely new in your recent work, I've

>been supportive of the categorical direction for 3 years.

>

in my final tweaking of the ISSO Chapter in

http://stardrive.org/Jack/cover.jpg

Meantime contemplate the numbers I came up with this morning! If you can

that is.

You had better hope that Iraq, Iran and Red China are not ahead of US on

this stuff.

Hal Puthoff agrees with me that this last fear is not idle.

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