Archive for October, 2016

Calculations for UFT362(1)

These define astronomy and cosmology in terms of the convective derivative, thus defining a moving coordinate system in general. It is shown that this coordinate system reduces to the plane polar coordinate system in well defined limits. The convective derivative is shown to be a special case of the covariant Cartan derivative the spin connection matrix being the Jacobian matrix as first defined in UFT351. It is possible using the moving frame to define any orbit.

Posting in Publications Section

Agreed, and many thanks. A distinguishing title would also be appropriate, I will think about the title along with the co authors.

Sent: 31/10/2016 16:44:15 GMT Standard Time
Subj: Re: FOR POSTING AS UFT361: “Principles of ECE2” Chapter One, Final Version


I suggest adding these new chapters to the publication section where they can be updated as appropriate. It would also be worthwhile to call it something more meaningful as there is already a PECE. Perhaps something along the line of your original description IE. Major advances in ECE2 theory 2016 (or similar).


On 10/30/2016 6:05 AM, EMyrone wrote:

This final version cleans up some minor typo’s.

Spacetime fluid analysis and atomic electron orbitals

Many thanks. ESR and NMR are magnetic phenomena as you know, and as can be seen from the new chapter one distributed yesterday there has been much progress in the past year in these areas. The Dirac approximation for example has been shown to lead to a classical hamiltonian that is always zero, which is nonsense. So the aproximation has been avoided, leading to new spectral structures graphed by Horst. Dirac was clever enough to see the answer before solving the problem, so carefully chose an approximation that he knew would work. This is not satisfactory because it is subjective, so a new theory is needed. I think that your ideas are good, and involve the quantization of fluid electrodynamics. This is the next step. One could set up the hamiltonian of fluid dynamics and apply the Schroedinger rules. Another method is to use the usual hamiltonian with the Coulomb potential. It is known now that the Coulomb potential of the H atom will induce intricate spacetime structure on the atomic level. Another approach is to realize that the Lagrange derivative is a covariant derivative, so quantization can take place through the ECE wave equation. At present this is just thinking out loud. Over the next few months I intend to write my part of the new book and also produce new papers. The ECE2 papers are being read over forty thousand times every year without a single objection. So we have forged a new school of physics and new methods of publication and education.

Sent: 31/10/2016 00:26:55 GMT Standard Time
Subj: Re: Spacetime fluid analysis and atomic electron orbitals

Dr. Evans,

In my initial thought on electron “orbits,” I was considering mainly Coulombic forces, but given that there are magnetic moments for electrons and nucleons, could magnetic forces be responsible for, or contribute to, an orbit precession in more than one plane giving rise to the “spherical shell” shape for the hydrogen ground state orbital, for example?


FOR POSTING: UFT360 Sections 1 and 2 and Background Notes

Thanks again, much appreciated.

In a message dated 31/10/2016 05:20:27 GMT Standard Time, writes:

Added today


On 10/27/2016 6:31 AM, EMyrone wrote:

This is UFT360 Sections 1 and 2 on the generally covariant inverse square law for all orbits, two dimensional and three dimensional: the acceleration due to gravity is the Lagrange derivative of the orbital velocity. The Lagrange or convective derivative is that in a moving frame of reference defined by astronomical observations of the orbits. Example moving frames of reference are given which can be graphed and numerically analyzed.

FOR POSTING: Section 3 of paper 359

Many thanks.

In a message dated 31/10/2016 05:19:41 GMT Standard Time, writes:


On 10/28/2016 1:23 AM, EMyrone wrote:

The graphics in this section are as usual very helpful incisive, and show how the new law of fluid gravitation works. In addition to the previously distributed gnuplot graphics, of great interest in themselves, there are excellent new graphics of X and Y which define the moving frame of reference (moving coordinate system if you like) of the Lagrange or convective deivative:

F = mg = m (v dot del)v

where v is the orbital velocity. It is seen that the frame is dynamic, because X and Y depend on time, and is the moving frame of reference for the static elliptical orbit first analysed by Kepler using data by Brahe. These were Imperial Mathematici to the court in Prague, (Civil List Pensioners if you like). Hooke was the first to infer the inverse square law for the ellipse, and not Newton. Aubrey makes this perfectly clear in “Brief Lives”. Newton was the first to prove that the inverse square law gives the elliptical orbit. In UFT359 and UFT360 a completely new inverse square law is inferred, valid for all orbits, not just the ellipse. This is a law of ECE2 generally covariant unified field theory. All of this analysis is immediately applicable to electrostatics and the Coulombic inverse square law.

To: Emyrone
Sent: 27/10/2016 22:40:08 GMT Daylight Time
Subj: Section 3 of paper 359

I wrote a text describing the figures and have added two figures for the
elliptical orbits. This section should be finished now.


Daily Report Saturday 29/10/16

The equivalent of 90,942 printed pages was downloaded during the day (331.573 megabytes) from 2,363 memory files downloaded and 371 distinct visits each averaging 6.5 memory pages and 12 minutes, printed pages to hits ratio for the day of 38.49, main spiders cnsat(China), google, MSN and yahoo. Collected ECE2 2079, Top ten 1616, Evans / Morris 957 (est), F3(Sp) 647, Collected scientometrics 603, Principles of ECE 366, Barddoniaeth / Collected Poetry 275, Eckardt / Lindstrom papers 250 (est), Collected Proofs 205, Evans Equations 177, UFT88 145, Engineering Model 115, CEFE 106, PECE 104, Self charging inverter 60, Llais 38, Lindstrom Idaho lecture 32, List of Prolfiic authors 27, Three world records by MWE 15, Pulsed LENR 13, UFT313 43, UFT314 35, UFT316 48, UFT317 41, UFT318 45, UFT319 61, UFT320 40, UFT322 47, UFT323 40, UFT324 56, UFT325 45, UFT326 41, UFT327 39, UFT328 47, UFT329 37, UFT330 41, UFT331 59, UFT332 39, UFT333 35, UFT334 40, UFT335 37, UFT336 41, UFT337 35, UFT338 37, UFT339 36, UFT340 30, UFT341 40, UFT342 31, UFT343 35, UFT344 41, UFT345 49, UFT346 54, UFT347 50, UFT348 57, UFT349 49, UFT351 50, UFT352 74, UFT353 57, UFT354 62, UFT355 84, UFT356 68, UFT357 44, UFT358 49, UFT359 41 to date in October 2016. Iparadigms ECE Article; Bowdoin College, Brunswick Maine UFT177; Massachusetts Institute of Technology (M. I. T. ) UFT347; Tallinn University of Technology Estonia general; Chiayi County Educational Web Taiwan My Page. Intense interest all sectors, updated usage file attached for October 2016.


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Minor Erratum

It should be “completely antisymmetric in all three indices” and not “asymmetric”. This is a completely new discovery in geometry reported in UFT354, a heavily studied paper, and was made by Douglas Lindstrom with help from Horst Eckardt and myself. I will fix this type in future postings, it is OK to post UFT361 for the present. All errata announcements go on to the blog and Wayback Machine.