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.

a360thpaper.pdf

a360thpapernotes1.pdf

a360thpapernotes2.pdf

a360thpapernotes3.pdf

a360thpapernotes4.pdf

a360thpapernotes5.pdf

The equivalent of 135,393 printed pages was downloaded during the day (493.645 megabytes) from 2,606 memory files downloaded (hits) and 530 distinct visits each averaging 3.2 memory pages and 11 minutes, printed pages to hits ratio of 51.97 for the day, main spiders cnsat(China), google, MSN and yahoo. Collected ECE2 1734, Top ten 1363, Collected Evans / Morris 825, F3(Sp) 607, Collected Scientometrics 519, Principles of ECE 297, Barddoniaeth / Collected Poetry 245, Autobiography volumes one and two 229, Collected Eckardt / Lindstrom 223, Collected Proofs 180, Evans Equations 142(est); UFT88 118, Engineering Model 104, PECE 89, CEFE 89, UFT321 51, UFT311 49, Self charging inverter 43, Llais 28, Lindstrom Idaho lecture 27, List of prolific authors 26, Three world records by MWE 12, Pulsed LENR 8, UFT313 35, UFT314 29, UFT315 28, UFT316 36, UFT317 34, UFT318 37, UFT319 52, UFT320 34, UFT322 40, UFT323 29, UFT324 46, UFT325 35, UFT326 36, UFT327 33, UFT328 35, UFT329 31, UFT330 37, UFT331 50, UFT332 33, UFT333 31, UFT334 34, UFT335 31, UFT336 35, UFT337 31, UFT338 32, UFT339 29, UFT340 25, UFT341 36, UFT342 27, UFT343 27, UFT344 34, UFT345 41, UFT346 43, UFT347 40, UFT348 47, UFT349 44, UFT351 55, UFT352 64, UFT353 49, UFT354 52, UFT355 75, UFT356 59, UFT357 36, UFT358 41, UFT359 29 to date in October 2016. City of Winnipeg UFT Section, German National Library of Science and Technology University of Hannover UFT107; Steinbuch Centre for Computiing Karlsruhe University of Technology Proof One and general; University of Tuebingen UFT4; Bose Institute Calcutta UFT61; intense interest all sectors, updated usage file attached for October 2016.

Unauthorized

This server could not verify that you are authorized to access the document requested. Either you supplied the wrong credentials (e.g., bad password), or your browser doesn’t understand how to supply the credentials required.

Additionally, a 401 Unauthorized error was encountered while trying to use an ErrorDocument to handle the request.

Yes we would have easily have carried out this experiment there. I think that your experimentation with Trevor is excellent, and just take it easy and pull out the biro when you feel like it. We are a bunch of friends here and all my suggestions are just that, suggestions. Your experimentation at the EDCL was also excellent. It was so good that you discovered structure that everyone else had missed. I will certainly think about applying ECE2 to the EM effects in due course. It would be nice to have a part time flat in Aberystwyth to be near th NLW so that I could use it. I have never seen the main reading room. The artificial inflation of house prices means that even a tinny patch of ground like the harbour is advertized as desirable. I see that Mr Corbin took the PM to the cleaners today, and I hope for a Bevanite socialist government. It may be possible to rent out Room 262 again and live in it, I used to live in it anyway, in a sleeping bag underneath the interferometer, brushing my teeth before the staff arrived.

To: EMyrone@aol.com
Sent: 26/10/2016 14:52:14 GMT Daylight Time
Subj: Re: Monograph on the Evans / Morris Effects

It seems not that long ago when we were beavering away in the EDCL! Now “reirement” beckons – but it will be good to have time to concentrate on other things.

As you say, paper 308 suggests an important quantitative test. It would also be good to re – visit this work at some point armed with the power and ideas that have emerged from ECE2 theory.

Sent from my Samsung device

This will consist of a synopsis of UFT313 and UFT314 followed by UFT354 at a later date, because UFT354 is largely the work of Doug Lindstrom and Horst Eckardt. The following chapters write themselves, so I can rapidly get through them and material can be added by co authors when they have the time. The placing of graphics will work itself out as the book takes shape. I just had in mind the popularity of graphics.
Most people turn away from equations as if they were signs of the plague, but they like and understand the graphics. My immediate plans are to write up UFT360 on the inverse square law of fluid dynamics. As ever, there is never any hurry.

Agreed with this, the experimental set up in UFT308 Figure 1 can be used as a critical test of these effects, it is a precise setup based on a Michelson interferometer. Reproducibility and repeatability requires two different set ups. I agree that before embarking on this monograph, such an experiment is needed. There are many experiments that could be devised, they should be carried out in well equipped laboratories.

To: EMyrone@aol.com, garethjohnevans@hotmail.co.uk
Sent: 26/10/2016 12:40:37 GMT Daylight Time
Subj: Re: Monograph on the Evans / Morris Effects

I am sometimes asked about the Evans-Morris effects and given the hint that it would be advisable to present a clear experimental setup which proves these effects undoubtly. I recommend developing such a setup (with precise instruction for replication) so that we have better arguments against critical experimentalists. This would also be a good basis for a monograph.

Horst

Am 26.10.2016 um 13:31 schrieb EMyrone:

This should be considered at some time ahead, with four authros Gareth Evans, Trevor Morris, Horst Eckardt and myself. The Evans / Morris papers are an outstanding success open source. My current calibration of them is 33 readings a day each from www.aais.us. This calibration is used in the early morning reports. Trevor Morris cannot read or write, because of dyslexia, but is a very capable, highly intelligent experimentalist. After retirement Gareth Evans should have the time to write part of this monograph in his own words as co discoverer of the effects. GJE’s career was destroyed by widely acknowledged grotesque corruption (Auto Two), but after retirement he will have the time to be an author again. Some academics retire as soon as they get tenure (a saying of my Ph. D. supervisor, Professor Emeritus Mansel Davies, who was a friend of Linus Pauling, Bertrand Russell, Aldous Huxley and others). MMD was one of those who advocated B(3) for a Nobel Prize, but he described the process to me in private as “a club like any other”. Who am I to argue with that? In any case who would join a club that took people like me? (Professor Emeritus Groucho Marx of New York City).

Agreed, I can make a start with chapter one, the introduction, and chapter two, using UFT313 and UFT314, then proceed to my part of other chapters. Then other co authors can write their contributions when they can. I agree that it is important to find good typesetters and a good quality publisher.

To: EMyrone@aol.com
Sent: 26/10/2016 12:34:36 GMT Daylight Time
Subj: Re: FOR POSTING: Plans for Principles of ECE2

Writing a second book is a good idea, there is plenty of material. Besides this I am working on a text book, this would well complement this series. I am not sure if it is desirable to concentrate graphics and animations in a separate chapter but this can be decided on later.
Before starting we should have an idea about the typesetting and preparational work. It would not be good if this takes another two years as for ECE-1.
Currently there is rapid development in serveral projects I am involved in which take a lot of my time. It would be good not to start the book before beginning of next year.

Horst

Am 26.10.2016 um 13:12 schrieb EMyrone:

I have sketched out the plans, the same four authors pencilled in, and twelve chapters, one dedicated completely to collected graphics and animations. The chapter on LENR is planned to incorporate the latest report by Doug Lindstrom, applying ECE2 to LENR, and the chapter on ES (Energy from Spacetime) is planned to contain a lot of circuitry and applications of ECE2. Osamu Ide is invited as fifth co author if he agrees, in order to include his latest advances and his latest replicated circuitry. ES is centre stage now, so this chapter is timely. LENR has been centre stage for a quarter century. I listed out the forty five relevant papers to date with some measure of how many times read. Full details of how many times read are available in hundreds of early morning reports. I do not measure the importance of a paper on how many times read alone, there are many other factors to be considered. We all know that the popularity of every single item on the combined sites is astounding (www.aias.us and www.upitec.org).

The text book would be very important in my opinion and as usual as much time should be taken as needed. The details of each project will work themselves out as we go along. I can start with the introductory chapter, mainly in scientific prose without equations, then proceed to UFT313 and UFT314 for the second chapter. That should occupy the time until the start of next year, then Doug Lindstrom and Horst Eckardt can add to chapter two with UFT354, which completely changes the geometry used by Einstein. Then I can continue with the chapters and material added to my part by other authors. The typesetters which eventually set the first book were very accurate. If Osamu Ide agrees to be co author a great deal of circuit detail could be given, along with the ECE2 theory of the results. As you know it is ultra important to find accurate typesetters. A bad typesetter can make a complete mess of a paper. The readership does not mind hand written equations at all, but I agree that a typeset version is best, together with a good publisher on high quality paper.

To: EMyrone@aol.com
Sent: 26/10/2016 12:34:36 GMT Daylight Time
Subj: Re: FOR POSTING: Plans for Principles of ECE2

Writing a second book is a good idea, there is plenty of material. Besides this I am working on a text book, this would well complement this series. I am not sure if it is desirable to concentrate graphics and animations in a separate chapter but this can be decided on later.
Before starting we should have an idea about the typesetting and preparational work. It would not be good if this takes another two years as for ECE-1.
Currently there is rapid development in serveral projects I am involved in which take a lot of my time. It would be good not to start the book before beginning of next year.

Horst

Am 26.10.2016 um 13:12 schrieb EMyrone:

I have sketched out the plans, the same four authors pencilled in, and twelve chapters, one dedicated completely to collected graphics and animations. The chapter on LENR is planned to incorporate the latest report by Doug Lindstrom, applying ECE2 to LENR, and the chapter on ES (Energy from Spacetime) is planned to contain a lot of circuitry and applications of ECE2. Osamu Ide is invited as fifth co author if he agrees, in order to include his latest advances and his latest replicated circuitry. ES is centre stage now, so this chapter is timely. LENR has been centre stage for a quarter century. I listed out the forty five relevant papers to date with some measure of how many times read. Full details of how many times read are available in hundreds of early morning reports. I do not measure the importance of a paper on how many times read alone, there are many other factors to be considered. We all know that the popularity of every single item on the combined sites is astounding (www.aias.us and www.upitec.org).

This should be considered at some time ahead, with four authros Gareth Evans, Trevor Morris, Horst Eckardt and myself. The Evans / Morris papers are an outstanding success open source. My current calibration of them is 33 readings a day each from www.aais.us. This calibration is used in the early morning reports. Trevor Morris cannot read or write, because of dyslexia, but is a very capable, highly intelligent experimentalist. After retirement Gareth Evans should have the time to write part of this monograph in his own words as co discoverer of the effects. GJE’s career was destroyed by widely acknowledged grotesque corruption (Auto Two), but after retirement he will have the time to be an author again. Some academics retire as soon as they get tenure (a saying of my Ph. D. supervisor, Professor Emeritus Mansel Davies, who was a friend of Linus Pauling, Bertrand Russell, Aldous Huxley and others). MMD was one of those who advocated B(3) for a Nobel Prize, but he described the process to me in private as “a club like any other”. Who am I to argue with that? In any case who would join a club that took people like me? (Professor Emeritus Groucho Marx of New York City).

The equivalent of 163,591 printed pages was downloaded during the day (596.452 megabytes) from 3,743 downloaded memory files (hits) and 582 distinct visits each averaging 5.0 memory pages and 14 minutes, printed pages to hits ratio for the day of 43.71, main spiders cnsat(China), google, MSN amd yahoo. Collected ECE2 1682, Top ten 1390, Collected Evans Morris 792(est), F3(Sp) 580, Collected scientometics 510, Principles of ECE 295, Barddoniaeth / Collected poetry 243, Collected Eckardt / Lindstrom 223, Collected proofs 179, Evans Equations 136, UFT88 116, Engineering Model 100, PECE 89, CEFE 88, UFT321 51, UFT311 45, Self charging inverter 43, Llais 28, Lindstrom Idaho lecture 28, List of prolific authors 23(est), Three world records by MWE 12, Pulsed LENR 6, UFT313 34, UFT314 28, UFT315 28, UFT316 33, UFT317 31, UFT318 35, UFT319 50, UFT320 34, UFT322 37, UFT324 43, UFT325 32, UFT326 35, UFT327 31, UFT328 34, UFT329 31, UFT330 34, UFT331 48, UFT332 31, UFT333 31, UFT334 33, UFT335 30, UFT336 35, UFT337 30, UFT338 32, UFT339 29, UFT340 24, UFT341 34, UFT342 24, UFT343 26, UFT344 33, UFT345 40, UFT346 43, UFT347 40, UFT348 46, UFT349 41, UFT351 52, UFT352 62, UFT353 49, UFT354 52, UFT355 74, UFT356 59, UFT357 34, UFT358 41, UFT359 29 to date in October 2016. Monash University AIAS staff and CV; City of Winnipeg UFT355; Faculty of Physical Sciences and Mathematics University of Concepcion Chile F13(Sp); Steinbuch Computing Centre Karlsruhe University of Technology Equations flowcharts, obsolete concepts of the standard model; Carnegie Mellon University UFT4; George Mason University general; Complutense University Madrid Spain UFT137(Sp); Universi yof Agder Norway UFT319; St Jude Children’s Research Hospital Tennessee My page; Edu System Pakistan UFT18; Polish National Centre for Nuclear Research UFT228; High energy Physics Institute Moscow News; University of Warwick My page, UFT Section, PECE; University of York UFT177. Intense interest all sectors, updated usage file attached for October 2016.

Unauthorized

This server could not verify that you are authorized to access the document requested. Either you supplied the wrong credentials (e.g., bad password), or your browser doesn’t understand how to supply the credentials required.

Additionally, a 401 Unauthorized error was encountered while trying to use an ErrorDocument to handle the request.

This is a result of triple unification in ECE2 theory, and is given in Eq. (3). It can be expressed as Eq. (12). The Hooke Newton inverse square law is Eq. (16), and is galilean covariant and not generally covariant: neither is it part of a unified field theory. The generally covariant acceleration due to gravity for an elliptical orbit is Eq. (7); for a spiral galaxy it is Eq. ((21), and for a precessing ellipse it is Eq. (26). Therefore all orbits can be described by Eq. (3). Eq. (3) is accompanied by a charge, del g, and a mass current J, defined in ECE2 fluid dynamics, a unification of Kambe fluid dynamics with both gravitation and electrodynamics.

a360thpapernotes5.pdf