394(3): Conservation of Antisymmetry in Macroscopic Zitterbewegung (MZ) …

The Christoffel connection in Note 388(4) is not a tensor, because it does not transform as a tensor under coordinate transformations as is well known. However gamma a sub mu nu in the tetrad postulate was defined by Doug in Note 388(4) as being antisymmetric in its lower indices mu and nu. If so, its diagonal elements vanish as for any antisymmetric tensor or matrix. What is Doug’s opinion on this? This is a good discussion, going far beyond the standard model.

Sent: 07/12/2017 16:13:34 GMT Standard Time
Subj: Re: 394(3): Conservation of Antisymmetry in Macroscopic Zitterbewegung (MZ) Theory

The antisymmetry conditions only involve the non-diagonal elements of the Gamma connections. In earlier work we have found that the diagonal elements of the Gamma’s need not be zero and are not for general metrics. If the vector potential is given, we obtain 6 equations for the spin connections: eqs. 30-23 and 34-36. The latter equation set is independent from the former, we have 6 equations for 3 unknowns. If we take the Lindstrom constraint in the original form, we have 4 equations for omega_0, omega_X, omega_Y, omega_Z which makes much more sense to me.


Am 03.12.2017 um 14:56 schrieb EMyrone:

I decided to name the new vacuum interaction theory of all physics as macroscopic zitterbewegung (MZ) theory. I think that it was Schroedinger who first used the term “zitterbewegung” or “trembling” in 1930, when he derived it from the Dirac equation. It was famously used by Bethe in about 1947 to explain the Lamb shift in H. In this note a new and stronger trace antisymmetry law is inferred, Eq. (9), by realizing that each term in the original Lindstrom trace antisymmetry law (8) is zero, and not just the sum. This is simply because every diagonal term of an antisymmetry tensor is zero, and not just the sum. Eq. (9) leads to the very useful equations (18) to (23), allowing the spin connection four vector or vacuum map to be determined easily from the scalar and vector potentials of a material or circuit. This is true for all physics and the natural sciences. It is shown that MZ theory automatically conserves vector antisymmetry, and scalar antisymmetry defines the electric vector potential of electrostatics. A self consistent scheme is suggested whereby the new trace antisymmetry eqations are used to find the vector potential in magnetostatics. The use of the commutator is reviewed, and it is emphasized that UFT131, now a famous classic paper, refutes the standard model of physics entirely, because UFT131 refutes U(1) gauge theory completely. UFT225 refutes U(1) x SU(2) electroweak theory entirely. So Higgs boson theory collapses completely. The classic UFT175 refutes the Heisenberg indeterminacy completely. Einsteinian general relativity has been refuted in almost a hundred different ways in the UFT series, and in many other ways by the eminent Einstein scholar, Stephen Crothers. His chapters in PECE and PECE2 are strongly recommended reading. In consequence, physics and the natural sciences have split permanently and entirely into two schools of thought: ECE and the obsolete standard model. The ECE school of thought rejects the standard model almost entirely. The scientometrics show clearly that this is a permanent split. So the fellows and staff of AIAS / UPITEC are famous within the world of science. It is obvious that standard physics should no longer be funded exclusively or lavishly, funding should be allocated to ECE physics. Some parts of the old physics are still good, notably astronomy and the better experimental parts, but the data should be reinterpreted. It is of vital importance to fund energy from spacetime (ES) and low energy nuclear reactors of all types. The entire mechanism of the old physics has been overturned: its publication, teaching and refereeing mthods and its methods of censorship, for example the notorious and illegal attempt by wikipedia to distort my career and work. This has been long forgotten by literally millions of readers. One cannot resist the march of ideas, in the words of Victor Hugo. Science is not the same as it was in 2003, when I started the UFT series. This is now comprised of almost four hundred papers and books, and over three hundred Spanish translations. The need for lavish university salaries has been demolished. Dogmatists should not be kept in luxury by struggling students.


Discussion of 394(2)

OK thanks for checking the hand calculations numerically. The vector antisymmetry law is:

<B> sub ij = – <B> sub ji

by definition. This is applied to the left and right hand sides of equation (38).

To: EMyrone@aol.com
Sent: 07/12/2017 14:37:12 GMT Standard Time
Subj: Re: 394(2): Application of Antisymmetry

It seems that a factor of cos(theta) has been lost in eq. (30). resolving for (delta r)^2 gives the two last equations of the protocol for omega_r and omega_theta.
Why is there a particular consideration of antisymmetry for <B> in eqs. (39-42)? I thought that the antisymmetry laws apply for (38) as usual.


Am 28.11.2017 um 15:00 schrieb EMyrone:

This note applies conservation of scalar and vector antisymmetry to the shivering electric and magnetic dipole fields. In the given approximations the mean eletric dipole spin connections are given by Eqs. (16) and (17) and the mean magnetic dipole spin connections by Eqs. (34) and (35). They are both directly proportional to the mean square fluctuations in the vacuum. So there is a close similarity with Lamb shift theory.


394(1): Shivering Dipole Magnetic Potential and Flux Density

Agreed with this, the shivering nuclear magnetic dipole and field will give observable effects in the chemical shift in NMR and ESR.

To: EMyrone@aol.com
Sent: 07/12/2017 15:05:45 GMT Standard Time
Subj: Re: 394(1): Shivering Dipole Magnetic Potential and Flux Density

As we have discussed earlier, the vacuum spin connection cannot be computed from eq. (13) directly because this equation is of type

A x [x1, x2, x3] = B

with vectors A and B and unknown vector x = [x1, x2, x3]. No solutions do exist in this general case. However reducing the number of non-vanishing components gives solutions.


Am 26.11.2017 um 12:04 schrieb EMyrone:

This note extends the new subject of electrodynamics in the presence of the vacuum to the magnetic dipole potential and flux density. Far from a current loop the result is Eq. (26), which contains the mean square fluctuation of the vacuum magnetic flux density. This is always the observable B. Similarly the dipole electric field strength in the presence of the vacuum is given by Eq. (27). In the first instance the mean square fluctuation <delta r dot delta r> can be used as an input parameter. Later on it can be calculated using statistical mechanics, and for example Brownian motion theory as in the first publications of my Omnia Opera on www.aias.us. Horst’s first class graphics of these dipole fields can be extended to include vacuum effects in this way. The note also calculates the vector spin connections or vacuum maps. These hand calculations should of course be checked with computer algebra when Horst returns from vacation, and has time. Note carefully that whenever any E or B is measured, it includes vacuum effects. There can be great confidence in this zitterbewegung theory because it is famously successful in the Lamb shift. The whole of physics can now be developed using this shivering or zitterbewegung theory.


Daily Report 6/12/17

The equivalent of 649,371 printed pages was downloaded (649.371 megabytes) from 3,372 downloaded memory files (hits) and 699 distinct visits each averaging 4.2 memory pages and 9 minutes, printed pages to hits ratio of 52.82, top referrals total 2,338,734, main spiders Baidu, Google, MSN and Yahoo. Collected ECE2 632, Top ten 306, Collected Evans / Morris 198(est), Collected Scientometrics 114, MJE 76, F3(Sp) 58, Principles of ECE 58, Collected Eckardt / Lindstrom 54, UFT88 36, Autobiography volumes one and two 27, Collected Proofs 24, Barddoniaeth 19, Evans Equations 9, Engineering Model 16, PECE 16, Llais 16, CV 13, CEFE 12, UFT311 6, PECE2 6, UFT321 5, ADD 4, UFT313 8, UFT314 10, UFT315 9, UFT316 7, UFT317 6, UFT318 9, UFT319 11, UFT320 10, UFT322, UFT323 8, UFT324 14, UFT325 12, UFT326 4, UFT327 12, UFT328 8, UFT329 7, UFT330 9, UFT331 6, UFT332 14, UFT333 6, UFT334 3, UFT335 13, UFT336 14, UFT338 5, UFT339 4, UFT340 4, UFT341 10, UFT342 8, UFT343 8, UFT344 6, UFT345 11, UFT346 8, UFT347 9, UFT348 8, UFT349 11, UFT351 11, UFT352 8, UFT353 9, UFT354 12, UFT355 11, UFT356 7, UFT358 13, UFT359 6, UFT360 4, UFT361 6, UFT362 3, UFT364 4, UFT365 4, UFT366 6, UFT367 11, UFT368 13, UFT369 10, UFT370 10, UFT371 4, UFT372 4, UFT373 4, UFT374 4, UFT375 3, UFT376 3, UFT377 5, UFT378 6, UFT379 4, UFT380 3, UFT381 6, UFT382 16, UFT383 10, UFT384 3, UFT385 6, UFT386 6, UFT387 5, UFT388 6, UFT389 7, UFT390 8, UFT391 5, UFT392 20, UFT393 19 to date in December 2017. York University Canada UFT175; University of Antioquia Colombia UFT155(Sp); Deusu Search Engine Germany general; Student Net University of Bonn general; Columbia University UFT110; Warsaw Polytechnic MJE, Johnson magnets; Universit yof Bristol general. Intense interest all sectors, updated usage file attached for Decemeber 2017


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Daily Report 5/12/17

The equivalent of 325,288 printed pages was downloaded (1.186 gigabytes) from 11,903 downloaded memory files (hits) and 1,201 distinct visits each averaging 8.8 memory pages and 8 minutes, printed pages to hits ratio of 27.33, top referrals total 2,338,265, main spiders Baidu, Google, MSN and Yahoo. Collected ECE2 549, Top ten 244, Collected Evans / Morris 165(est); Collected scientometrics 82, MJE 72, F3(Sp) 50, Principles of ECE 50, Collected Eckardt / Lindstrom 40, UFT88 27, Collected Proofs 22, Barddoniaeth / Collected Poetry 18, Evans Equations 18, PECE 14, Llais 14, Engineering Model 14, UFT311 13, CEFE 12, PLENR 7, 83Ref 6, SCI 5, PECE2 6, UFT321 5, UFT313 7, UFT314 9, UFT315 9, UFT316 6, UFT317 6, UFT318 9, UFT319 9, UFT320 7, UFT322 7, UT323 8, UFT324 13, UFT325 9, UFT326 3, UF327 11, UFT328 8, UFT329 7, UFT330 9, UFT331 6, UFT332 11, UFT333 5, UFT334 3, UFT335 11, UFT336 11, UFT338 4, UFT339 4, UFT340 3, UFT341 7, UFT342 7, UFT343 8, UFT344 5, UFT346 7, UFT347 5, UT348 8, UFT349 9, UT351 11, UT352 7, UFT353 8, UFT354 10, UFT355 9, UFT356 6, UFT357 5, UFT358 10, UFT359 4, UFT360 3, UFT361 4, UFT363 6, UFT364 4, UFT365 4, UFT366 6, UFT367 9, UFT368 12, UFT369 10, UFT370 8, UFT371 4, UFT372 3, UFT373 3, UFT374 4, UFT375 3, UFT376 3, UFT377 5, UFT378 6, UFT379 4, UFT380 3, UFT381 6, UFT382 16, UT383 9, UFT384 3, UFT385 6, UFT387 4, UFT388 4, UFT389 6, UT390 6, UFT391 3, UFT392 18, UFT393 18 to date in December 2017. University of Quebec Trois Rivieres UFT 366 – UFT393; extensive download from Amazon; Rensselaer Polytechnic Institute UFT177; University of Bristol general. Intense interest all sectors, updated usage file attached for December 2017

Application of MZ Theory to Chemistry and Physics

The major application in chemistry is to chemical shift theory in ESR and NMR, which is explained with the magnetic dipole potential of the nucleus, and the magnetic dipole field of the nucleus. These shiver in the presence of the vacuum, aether or spacetime, so the chemical shifts are affected by the vacuum in a different ways for each atom of a molecule. These vacuum effects can be detected by NMR and ESR, the H atom Lamb shift is one famous example of the effect of the vacuum. The Lamb shift is quite a large effect. So the Coulomb law between electron and proton in the H atom is considerably affected by the vacuum. Therefore the macroscopic Coulomb law will also be affected. The distance between two charges is of the order of eight orders of magnitude larger than the distance between proton and electron in H, so it will need precise apparatus to detect the effect of the vacuum on the ordinary Coulomb law. However, using spin connection resonance the effect could be amplified enormously. The major application in physics and engineering is to maximize the transfer of electric power from the vacuum to a circuit (UFT311, UFT321, UFT364, UFT382 and UFT383). For example, what is the <delta r dor delta r> needed to explain the experimental results of a circuit such as those in UFT311, UFT382 and UFT382? Spin connection resonance can be worked into MZ theory, in order to use resonance to maximize energy transfer from the vacuum to a circuit. The application in relativity theory is the ability to calculate the vacuum map – the spin connection four vector. There is a vast amount of scope for development.

Erratum: Replace 11/2 by 5/2 in Eq. (38)

OK I am putting this on the blog as an erratum and I will repost the final version and notes for Sections1 and 2.

To: EMyrone@aol.com
Sent: 06/12/2017 11:49:21 GMT Standard Time
Subj: Re: FOR POSTING: Final Version of UFT393 Sections 1 and 2, and Notes

There is still a small typo in (38), sorry: instead of 11/2 the factor should be 5/2.


Am 06.12.2017 um 12:44 schrieb EMyrone:

This is the final version as per discussion on the blog today.