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I plan to go through the experimental evidence for non Newtonian effects and map the vacuum for each effect with the application of the new antisymmetry techniques. The first was orbital precession, (Note 389(4)) the next is planned to be velocity curve of a whirlpool galaxy. This is the clearest and most well defined evidence for the fact that the Einstein theory fails completely. Several UFT papers have shown how ECE2 describes the velocity curve, and also chapter eight of “Principles of ECE” volume one, Eqs. (8.112) and (8.113) (UFT366). Purchase of “Principles of ECE” volumes one and two is strongly recommended. They are both excellently collated and produced, with colour illustrations.

The equivalent of 148,362 printed pages was downloaded (540.927 megabytes) from 2,927 downloaded memory files (hits) and 487 distinct visits each averaging 4.8 memory pages and 10 minutes, printed pages to hits ratio of 50.69, top referrals total of 2,300,729, main spiders Baidu, Google, MSN and Yahoo. Collected ECE2 2172, Top ten 1369, Collected Evans / Morris 759(est), F3(Sp) 566, Collected scientometrics 445, Principles of ECE 248, Barddoniaeth (Collected Poetry) 209, Collected Eckardt / Lindstrom 144, Autobiography volumes One and Two 129, UFT88 113, PECE 107, Collected Proofs 96, Evans Equations 72, Engineering Model 70, MJE 70, SCI 65, UFT311 60, CEFE 55, PLENR 54, CV 44, Llais 34, PECE2 33, 83Ref 21, Add 21, UFT313 30, UFT314 26, UFT315 32, UFT316 22, UFT317 37, UFT318 23, UFT319 50, UFT320 32, UFT322 26, UFT323 26, UFT324 54, UFT325 35, UFT326 18, UFT327 25, UFT328 28, UFT329 23, UFT330 12, UFT331 29, UFT332 34, UFT333 14, UFT334 27, UFT335 50, UFT336 22, UFT337 22, UFT338 19, UFT339 26, UFT340 25, UFT341 39, UFT342 36, UFT343 40 UFT344 29, UFT345 33, UFT346 16, UFT347 56, UFT348 36, UFT349 34, UFT351 38, UFT352 35, UFT353 39, UFT354 53, UFT355 32, UFT356 36, UFT357 35, UFT358 46, UFT359 24, UFT360 19, UFT361 15, UFT362 21, UFT363 30, UFT364 28, UFT365 9, UFT366 33, UFT367 21, UTF368 26, UFT369 34, UFT370 25, UFT371 24, UFT372 24, UFT373 25, UFT374 35, UFT375 12, UFT376 15, UFT377 22, UFT378 25, UTF379 17, UFT380 15, UFT381 27, UTF382 48, UFT383 45, UFT384 23, UFT385 34, UFT386 40, UFT387 37, UFT388 16 to date in September 2017. Wolfram Inc. cross link; Czech Technical University in Prague UFT116; Regional Reseach Center University of Erlangen 2D paper. Intense interest all sectors, updated usage file attached for September 2017

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This theorem defines the B(3) field as in Eq. (24) through the conjugate product of spin connection plane wave vectors. Symmetry shows that omega(3) = A(3) = 0. The vector antisymmetry equations (32) to (34) are obeyed, and the other two antisymmetry equations (46) and (47) are obeyed by using the procedure on pp. 8 and ff. of the Note. This is the best procedure to adapt in every application because it makes sure that the two antisymmetry equations (46) and (47) are obeyed simultaneously and self consistently. So B(3) theory rigorously conserves antisymmetry, as must all theories of physics. There is also a gravitational and fluid dynamical B(3) field. The ECE School of Thought has become independent of the standard model and is forging ahead with rapid advances.

a389thpapernotes5.pdf

This looks interesting and important. The original B(3) theory was worked out in November 1991 after returning to Cornell from Zuerich using conventional nonlinear optics. The first few UFT papers were based on the need to find a theory that developed O(3) electrodynamics, incorporated B(3) and which also unified gravitation and electromagnetism. See for example UFT15 and UFT16. In these papers the B(3) field was seen to be part of Cartan geometry based on torsion. Later, ECE2 was developed as you know in UFT313 – UFT388 to date. The antisymmetry principle was first developed in UFT131 ff. as you know, and the vacuum theory developed in the Eckardt / Lindstrom papers, which are always well studied. In the latest papers the Principle of Antisymmetry and the law of conservation of antisymmetry are fully developed. The B(3) field becomes proportional to – omega x A and magnetizes the aether. The original B(3) field was defined by:

B(3)* = – (kappa / A(0)) A x A*

where the conjugate product A x A* = A(1) x A(2) produces an axial vector, B(3) * . This can now be written:

B(3)* (interaction with vacuum) = – omega x A* = – (kappa / A(0)) A x A*

where omega is the spin connection vector. The magnetization of the vacuum by a circularly polarized electromagnetic field is the inverse Faraday effect M(3)* = B(3)* / mu0, where mu(0) is the vacuum permeability. So:

omega = kappa A / A(0)

where kappa is the wave vector of a circularly polarized electromagnetic field. Therefore omega is the vector potential of a plane wave within the scaling factor A(0).

For the readership, note carefully that the above equations conserve P, C, T, PC, PT, CT and PCT, where P is parity inversion symmetry, T is motion reversal symmetry, C is charge conjugation symmetry. Every equation of B(3) theory and O(3) electrodynamics conserves these symmetries, and now it is known that they must also conserve antisymmetry. It is not possible to obtain an E(3) field from the conjugate product because E(3) is a polar vector, and experimentally, polarization by the conjugate product of nonlinear optics is not observed, only magnetization. P symmetry is violated in electroweak theory, producing a tiny chirality and optical activity in atoms. However standard model electroweak theory has been completely refuted in UFT225, and completely refuted by conservation of antisymmetry, because the U(1) sector symmetry of the standard model is refuted by antisymmetry, therefore so is the U(1) x SU(2) sector of electroweak theory . To conserve antisymmetry one must go to the ECE2 level of physics.
All of this is well accepted by the vast ECE and ECE2 School of Thought.

To: EMyrone@aol.com
Sent: 23/09/2017 19:05:36 GMT Daylight Time
Subj: Re: Fundamental Symmetry Conservation in the B(3) Field Theory

The vacuum magnetization by B(3) is an interesting interpretation. I will work out the antisymmetry effects for two or three kinds of plane waves, starting from a given vector potential A and assumung phi=0. There will be matter and vacuum parts of the E and B fields, in so far the results differ from the original B(3) field theory which is for free space without curvature and torsion effects to my understanding. The 3-components of E and B seem to come out as the vacuum parts of E and B in the ECE2 caclulation with antisymmetry.
I will write up part 3 of paper 388 next week.

Horst

Am 23.09.2017 um 11:51 schrieb EMyrone:

To Horst: This is explained in Omnia Opera OO395, the Reply to Barron of 14th Dec.1992 published in Physica B Buckingham had blocked my reply in “Chemical Physics Letter” almost forty times before finally agreeing to reject Barron’s paper there. I am told by Richard Amoroso that the B(3) field was nominated for a Nobel Prize in about 1995. Bo Lehnert told Richard Amoroso, sometime Chair of the Vigier Symposia, that the B(3) field had been nominated several times for a Nobel Prize. I strongly recommend a reading of “The Enigmatic Photon” and the “Advances in Chemical Physics” articles of volume 119, the second edition of the award winning “Modern Nonlinear Optics”. As you know these are in the Omnia Opera. Buckingham and Barron invented a mythical “complete experiment symmetry” which was rejected by theoretical particle physicists like Prof. Justin Huang of the University of Missouri. The only relevant symmetries are explained in OO395. These symmetries are the usual ones in physics and are applied to equations. There is now a new law of physics, the conservation of antisymmetry. The B(3) field far from material matter can now be interpreted as the magnetization of the aether by a circularly polarized electromagnetic field, an inverse Faraday effect. As soon as the CP electromagnetic field interacts with matter (for example an electron), the inverse Faraday effect occurs.

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To Horst: This is explained in Omnia Opera OO395, the Reply to Barron of 14th Dec.1992 published in Physica B Buckingham had blocked my reply in “Chemical Physics Letter” almost forty times before finally agreeing to reject Barron’s paper there. I am told by Richard Amoroso that the B(3) field was nominated for a Nobel Prize in about 1995. Bo Lehnert told Richard Amoroso, sometime Chair of the Vigier Symposia, that the B(3) field had been nominated several times for a Nobel Prize. I strongly recommend a reading of “The Enigmatic Photon” and the “Advances in Chemical Physics” articles of volume 119, the second edition of the award winning “Modern Nonlinear Optics”. As you know these are in the Omnia Opera. Buckingham and Barron invented a mythical “complete experiment symmetry” which was rejected by theoretical particle physicists like Prof. Justin Huang of the University of Missouri. The only relevant symmetries are explained in OO395. These symmetries are the usual ones in physics and are applied to equations. There is now a new law of physics, the conservation of antisymmetry. The B(3) field far from material matter can now be interpreted as the magnetization of the aether by a circularly polarized electromagnetic field, an inverse Faraday effect. As soon as the CP electromagnetic field interacts with matter (for example an electron), the inverse Faraday effect occurs.

The equivalent of 136,128 printed pages was downloaded (503.615 megabytes) from 2,316 downloaded memory files (hits) and 595 distinct visits each averaging 3.4 memory pages and 8 minutes, printed pages to hits ratio of 59.64, top referrals total of 2,300,276, main spiders Baidu, Google, MSN and Yahoo. Collected ECE2 1971, Top ten 1279, Collected Evans / Morris 693, F3(Sp) 527, Principles of ECE 225, Barddoniaeth (Collected Poetry) 193, Collected Eckardt / Lindstrom 130, Autobiography volumes one and two 127, UFT88 103, Collected Proofs 95, MJE 67, Engineering Model 67, Evans Equations 66, SCI 62, UFT311 57, CEFE 51, CV 39, PLENR 37, Llais 33, PECE2 32, UFT321 30, ADD 18, UFT313 28, UFT314 23, UFT315 28, UFT316 20, UFT317 35, UFT318 19, UFT319 46, UFT320 28, UFT322 25, UFT323 24, UFT324 51, UFT325 32, UFT326 15, UFT327 24, UFT328 23, UFT329 20, UFT330 12, UFT331 25, UFT332 29, UFT333 12, UFT334 26, UFT335 45, UFT336 18, UFT337 22, UFT338 18, UFT339 23, UFT340 21, UFT341 35, UFT342 33, UFT343 34, UFT344 28, UFT345 30, UFT346 13, UFT347 53, UFT348 35, UFT349 31, UFT351 32, UTF353 35, UFT354 48, UFT355 32, UFT356 34, UFT357 29, UFT358 39, UFT359 22, UFT360 18, UFT361 12, UFT362 17, UFT363 28, UFT364 25, UFT365 9, UFT366 32, UFT367 20, UFT368 24, UFT369 32, UFT370 22, UFT371 23, UFT372 21, UFT373 23, UFT374 36, UFT375 12, UTF376 14, UFT377 19, UFT378 22, UFT379 16, UFT380 15, UFT381 27, UTF382 44, UFT383 38, UFT384 19, UFT385 32, UFT386 38, UFT387 34, UFT388 11 to date in September 2017. University of Quebec Trois Rivieres UFT366 – UFT388; Swiss Federal Institute Zuerich Levitron Section; The National Metrology Institute of Germany UFT114; University of Erlangen Definitive Proof Three with Notes, and final rebuttal document; University of Kansas UFT316; Information Technology Purdue University UFT4; Mathematics Texas A and M University UFT213; Ctrls Data Centre India general; Municipality of Saliceto Italy UFT100; University of Milan general; University of Pisa UFT104; Wayback Machine (www.archive.org) spidering; University of Warwick Injustices in academia, UNCC Saga, Letter to Buckingham, Letter to Robin Williams. Intense interst all sectors, updated usage file attached for September 2017.

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This not gives the spin connections for a forward and retrograde precession using the gravitational potential (3). The results are equations (13) to (16) and can be graphed. They are maps of spacetime, the vacuum or gravitational aether. In order to compute the vector potential Q it is necessary to compute Eqs. (17) to 919), the antisymmetry equations. Having found the vector potential, the scalar spin connection is found from the Lindstrom constraint,and finally the total vector potential found as in the previous note. If it is assumed that the spin connection is two dimensional for a planar orbit, the omega sub Z = 0. Computer algebra can be used to solve Eqs. (17) to (19), which are three simultaneous differential equations. I will look for a simple solution by hand. The differential equations are of the type dy / dx = f(x, y)y and so on. I am sure that there are code packages that can integrate such equations (e.g. Maxima, Mathematical,Maple, NAG, IBM ESSL, and so on) . A great deal of new information about precessing planar orbits will emerge from this complete theory, which in general is a new type of cosmology.

a389thpapernotes4.pdf

The equivalent of 152,187 printed pages was downloaded (554.873 megabytes) from 3,251 downloaded memory files (hits) and 600 distinct visits each averaging 3.7 memory pages and 8 minutes, printed pages to hits ratio of 46.81, top reference total 2,300,078, main spiders Baidu, Google, MSN and Yahoo. Collected ECE2 1794, Top ten 1258, Collected Evans / Morris 660, F3(Sp) 508, Collected Scientometrics 382, Principles of ECE 218, Barddoniaeth (Collected Poetry) 190, Collected Eckardt / Lindstrom 124, PECE 98, UFT88 98, Collected Proofs 84, Engioneering Model 66, Evans Equations 64, SCI 60, MJE 60, UFT311 56, CEFE 50, CV 38, PLENR 36, Llais 31, UFT321 28, PECE2 27, 83Ref 20, ADD 16, UFT313 27, UFT314 22, UFT315 28, UFT316 18, UFT317 31, UFT318 18, UFT319 32, UFT320 26, UFT322 25, UFT323 23, UFT324 48, UFT325 31, UFT326 15, UFT327 22, UFT328 23, UFT329 20, UFT330 12, UFT331 24, UFT332 26, UFT333 12, UFT334 22, UFT335 41, UFT336 16, UFT337 22, UFT338 17, UFT339 22, UFT340 21, UFT341 34, UFT342 32, UFT343 33, UFT344 25, UFT345 27, UFT346 12, UFT347 20, UFT348 34, UFT349 28, UFT351 33, UFT352 31, UFT353 32, UFT354 45, UFT355 31, UFT356 32, UFT357 28, UFT358 38, UFT359 22, UFT360 15, UFT361 11, UFT362 16, UFT363 27, UFT364 25, UFT365 9, UFT366 29, UFT367 18, UFT368 21, UFT369 31, UFT370 20, UFT371 21, UFT372 19, UFT373 21, UFT374 31, UFT375 10, UFT376 12, UFT377 17, UFT378 20, UFT379 14, UFT380 13, UFT381 25, UTF382 39, UFT383 35, UFT384 17, UFT385 29, UFT386 36, UFT387 32, UFT388 9 to date in September 2017. University of Melbourne general; United States Naval Marine Command UFT239; University of Guadalajara Mexico Galaxies; edu system Pakistan general. Intense interest all sectors, updated usage file attached for September 2017.

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