Einstein Cartan Evans Theory
21 February 2009
Synopsis of Einstein Cartan Evans (ECE) Theory
This is a well established unified field theory which by some measures is the leading unified field theory at present. It completes the general relativity of Einstein by incorporating spacetime torsion into the equations of dynamics and electrodynamics. It unifies general relativity and quantum mechanics using geometry, and rejects the Copenhagen indeterminacy in favour of objectivity and causality following several well known experiments that show the incorrectness of indeterminacy. The ECE theory has been developed extensively in a series of 126 source papers to date on http://www.aias.us/ and http://www.atomicprecision.com/ . It covers all the main areas of physics, chemistry, differential geometry and electrical engineering. It is an engineerable theory and devices based on it are research and development by Steriwave Plc. ( http://www.aias.us/). ECE theory has therefore entered into its industrial stage. The theory has been extensively published in refereed journals (see further reading below), and has been generating intense interest for five years on http://www.aias.us/ and http://www.atomicprecision.com/. The scholarship leading to ECE theory has exposed sveral major flaws in the standard model of physics, which has become obsolete and which has been replaced in practical terms by ECE theory. This page starts with numerous endorsements of the theory and my work in general, and then gives a comprehensive description of the ECE theory, refuting in great detail a few remarks that have been made. These criticisms have been repeatedly rejected by the overwhelming majority of scientists and industrialists who now regularly study ECE theory worldwide.
Some Recent Comments on ECE Theory
1) "The progress of ECE theory is remarkable in a historic context since physics has not progressed in its foundations over the last hundred years. Einstein's gravitation and quantum mechanics dominated the whole of the twentieth century. Earlier attempts at unification of physics during that century were highly mathematical and of no practical relevance. In contrast, ECE uses the SAME equations for electrodynamics and gravitation / dynamics. New effects are predicted quite easily and they can be applied to practical problems. Elementary particle theories have been rationalized geometrically by ECE because theories with arbitrary symmetry can be incorporated in the framework of Cartan geometry. As is required for a generalization of existing theories, the separate theories can be derived from ECE as special cases. The mathematics have been known since 1925 and are therefore rock solid. Criticism of the mathematics is therefore futile. Some critics mix up mathematical methods with the underlying axioms. The latter can only be tested experimentally as usual, and cannot of course be proven or disproven mathematically. So this type of criticism merely introduces another philosophy. It is not the Baconian method. (Prof. Horst Eckardt, AIAS Director and Steriwave Director, Professor of Physics MEU).
2) "We are aware of your pioneering work and have the pleasure and honour to invite you to submit a paper (to a 2009 special Elsevier journal issue on hot topics in computational an theoretical nanoscience). My colleagues and I strongly believe that ECE theory will provide solutions to some outstanding problems of nanotechnology. Your outstanding theoretical work naturally and elegantly interprets our experimental results." (Prof. C-C Cefalas, Director of Research at the National Hellenic Research Foundation in Athens, Greek EEC Representative for Nanotechnology.)
3) "From many discussions (with Prof. Cefalas and colleagues) I well understand that the experimental work we did on nanotechnology and descaling strongly supports the theory of spin connection resonance in ECE theory" (Prof. Spomenka Kobe, Head of Department of Physics, Jozef Stephan Institute.)
4) "Prof. Evans has to all appearances succeeded in achieving a century old aim in physics, the development of a unified field theory. Albert Einstein attempted from 1925 to 1955 to reach this goal but failed. Evans completed the task by augmenting Einstein's spacetime concepts of general relativity with the principles of broader geometry". (Prof. Alwyn van der Merwe, Editor in Chief of "Foundations of Physics" (1975 - 2007), Editor in Chief and Founding Editor, "Foundations of Physics Letters" (1988 - 2007), Series Editor in Chief and Founding Editor, "Fundamental Theories of Physics", Former Queen Victoria Scholar, Profesor Emeritus in the University of Denver.)
5) "Myron has devoted his life to the betterment of mankind through advancement of science, when many were and still are against his progressive approach to the subject...... he has taken concepts of physics proposed by Einstein, Heisenberg and Dirac, to name a few, to new levels, levels that will allow significant technological advancement and improvement in lifestyle for his fellow countrymen in the years to come." (Dr Douglas Lindstrom, sometime Alberta Research Council, Canada).
6) "Physics is geometry - objective and deterministic. After a century of scientific uncertainty and void, the new ECE theory of Myron Evans establishes that there is no Higgs mechanism or boson, no strings or superstrings, no need for renormalization, no need for gauge theory, no missing mass or dark matter in the universe, no exotic new particles, and no singularities in nature (that is Big Bang and Black Holes)." (Dr. Gareth Evans, sometime SERC Advanced Fellow.)
7) "Finally, over half a century after Einstein made his contributions of general and special relativity, Myron Evans, following in the tradition of Einstein, accomplished the impossible." (A. D. de Bruhl of Georgia, science author).
8) "In my fifty years of teaching physics as a Professor, former Chairman and as an organizer of international physics conferences attended by Nobel Laureates I have never known anyone of the genius and productivity of Myron Evans. He has created a grand unified field theory that has achieved what Einstein only dreamed of doing." (The late Prof. John B. Hart, Chair of Physics, Xavier University, sometime U.S. Navy Commander.)
9) "Dr Evans built up a new, geometrical unified field theory of all fundamental interactions based on a Riemann space endowed with both curvature and torsion. He thus realized the old Einstein dream. What's more, Evans' grand unified field theory has a number of far reaching technological applications, for example in medicine and energy production." (Prof. Roberto Mignani, University of Rome).
10) The ECE Ansatz is brilliant, powerful, natural, and economical. ECE provides a far more economical description of orbits than that given by Einstein and his co-workers. Prof. Diego Rapoport, (Argentina), full professor and mathematical physicist.
11) "ECE theory could soon be recognized as the crowning achievement of the twenty first century (in physics)." (Prof. Kerry Pendergast, MEU, leading British astronomer and member of the Court of the University of Aberystwyth).
Some General Comments
12) (The fundamental contributions) by Evans (lead) to a better understanding of the enigma of the photon than can be offered by conventional theory. The research by Evans is thus of great importance to the scientific community and to the further development of modern physics and chemistry" (Prof. Bo Lehnert, Royal Swedish Academy Stockholm, King of Sweden Gold Medallist.)
13) "I agree that the classical theory of vacuum fields is incomplete, and your discovery of B(3) is very attractive and interesting. I agree that B(3) must be longitudinal and observable." (Prof. Dr. Miroslaw Kubak, Planetarium and Astronomical Observatory, Grudziadz, Poland, 19th Dec 1994).
14) "Recently Evans has derived....a new approach to electrodynamics, in particular the generation of an elementary magnetostatic flux by the photon. His paper is highly interesting and certainly deserves publication in Phys. Lett. A" (The late Prof. Dr. Stanislaw Kielich, Head of Non-Linear Optics, Adam Mickiewicz University, Poznan, Poland, circa 1993, now the Stanislaw Kielich Institute).
15) "Many a good Welshman and many of the world's finest scientists have had difficulties like yours. Remembering your early D. Sc. (awarded by Sir Goronwy, MWE) I have faith in your abilities and you must have faith yourself that if you concentrate your energies on what your are really good at, it will bring its rewards. Gyda phob dymuniad da (with every good wish)." (The late Sir Goronwy Daniel, diplomat and sometime Principal of UCW Aberystwyth.)
16) "As you know, the Royal Society of Chemistry has nominated you for consideration to receive a Civil List Pension (awarded 2005). (Delroy Blake, 10 Downing Street, London, 27th Sept. 2004).
17) Evans has a strong research record ...we consider ourselves very lucky that he is able to visit the Theory Center at Cornell and contribute so significanty to our research program. He has discovered several new effects of non linear optics during his stay in forty four articles, and I have nominated him for a Packard Fellowship" (Prof. Malvin Kalos, Head of the Cornell Theory Center, early nineties)
18) "I have followed your career (as sometime Ramsay Memorial Fellow) with such interest and admiration." (Prof. Max McGlashan, University College London, 21st August 1987).
19) "Your computer simulation of rotation / translation coupling in chiral liquids is most important and significant" (the late Emeritus Prof. Stephen Mason, F.R.S., Prof. of Physics, King's College London, scientist and historian, 14th March 1983).
20) "I have talked to Prof. Noel Owen about you and he speaks very highly of you and your abilities" (Prof. J. Bevan Ott, Chair of Chemistry, Brigham Young University, August 7th 1987).
21) "You have an extremely impressive record, both as an undergraduate and since graduating" (Prof. A. F. Hegarty, Head of Chemistry University College Dublin, 1st Sept 1987).
22) "All the staff were agreed that you were extremely well suited to the Department in terms of personality and quality of work." (Prof. R. A. Stradling, F.R.S., Chair of Physics, St Andrews, 3th July 1984.)
23) "We would very much like to have a person of your quality and experience on our staff." (Prof. A. J. Carty, Chair of Chemistry, Univ. of Waterloo, Canada, Aug. 26th 1987.)
24) "..your research record is so strong that it would be a pleasure to look for support for you to study at Bradford should this be of interest to you." (Prof. A. F. Johnson, Chairman, Postgraduate School of Chemistry, University of Bradford, 21st Aug., 1987).
25) Your work in the spectroscopy and computer simulation of molecular dynamics is important and I learned of it on a visit to Britain (Edward Tenner of Princeton University Press, 9th April 1984, inviting a book.)
26) Opinion on my first monograph "Molecular Dynamics" (opus 108 on the Omnia Opera of http://www.aias.us/), was very positive, for example Prof. Sir John Rowlinson F.R.S. described it as "magnificent". This may have been partly out of politeness, but I think he did like it.
27) The late Prof. David Whiffen, F.R.S., sometime Director of the National Chemical Laboratory and Vice Chancellor in the University of Newcastle upon Tyne, greatly encouraged me when he mentioned to me that my work on molecular dynamics was the best since Debye. Anyway he liked it enough to offer me a post doctoral fellowship, an IBM (UK) Fellowship.
28) The opinion of my Ph. D. supervisor, the late Prof. Mansel Davies, was that my Ph. D. Thesis was one of the two best he had supervised. He mentioned to Dr Gareth Evans that he though I was the most gifted scientist he had met. He did not mention this to me directly, and he was a rigorously objective man, a humanist and sometime Fellow of Peterhouse, Cambridge. His objectivity was a profound influence on me and led to ECE theory, which is objective and Baconian. He also mentioned that the B(3) theory was worthy of a Nobel Prize in chemistry, and he was a Nobel Prize chemistry advisor. There is no reason to think he was biased in my favour.
29) In e mails received Feb. 2009, Prof. Larry Horwitz revealed that his group had begun work on a B(3) like entity published in "Foundations of Physics" in 1989, and that their work confirmed the theoretical prediction of B(3) albeit with a different approach. Their work was published also in the Physical Review and so this had established B(3) as mainline physics as early as 1992.
Einstein Cartan Evans (ECE) unified field theory is described in great detail on http://www.aias.us/ and http://www.atomicprecision.com/ and is the first generally covariant unified field theory that has been generally accepted. It covers areas of physics, chemistry, mathematics and engineering. It has entered its industrial stage through Steriwave Plc. ( http://www.steriwave.com/), which is the 51% owner of ECE Institute Ltd. A complete account of my research interests is given in some eight hundred papers and books, many of which are available in the Omnia Opera of http://www.aias.us/. The 126 source papers of ECE theory to date are given on this site, together with educational articles. ECE theory is available in five volumes to date of M. W. Evans, "Generally Covariant Unified Field Theory" (Abramis Academic, 2005 to present, five volumes published to date, the sixth volume in press). These volumes are available from Amazon, Arima and other bookshops. The two main websites of ECE theory are http://www.aias.us/ and http://www.atomicprecision.com/, which are intensely studied worldwide, generating about a quarter million hits per month from all science institutions of note worldwide. This level of interest makes the Alpha Institute for Advanced Study (AIAS) the world's leading institute of theoretical physics at present in terms of immediate current interest in its work. The ECE theory has replaced the standard model of physics and unifies the four fundamental fields of nature using Cartan geometry. ECE is a torsion based theory which for the first time correctly incorporates spacetime torsion into general relativity. It is generally accepted that the standard model of physics is obsolete and contains fundamental errors due to its arbitrary neglect of torsion. For example it can be shown ( http://www.aias.us/) that the Einstein field equation is incorrect because it violates the Cartan Evans dual identity. The symmetric connection of the standard model is incorrect because it relies on an arbitrary assertion that torsion is zero. Therefore there is no big bang, there are no black holes, no dark matter and in general any concept based on the Einstein field equation is erroneous. A new ECE cosmology has been developed to replace the incorrect standard cosmology. In the electrodynamic sector the ECE theory is based on the fundamental B(3) magnetic field of electrodynamics discovered by Evans at Cornell in 1992 and observed in the inverse Faraday effect. Many other major advances of ECE theory are described on http://www.aias.us/ , notably the unification of quantum mechanics and general relativty, the rejection of Copenhagen indeterminacy and so forth. These major advances have been recognized by two recent high honours of the British Government ( http://www.aias.us/).
The ECE theory has been developed from 2003 onwards in 126 source papers ( http://www.aias.us/) which are being published in the multi volume monograph by M. W. Evans, "Generally Covariant Unified Field Theory" (Abramis 2005 onwards). In addition many educational articles on ECE and several books appear on this http://www.aias.us/ website. The response to these articles has been monitored in great detail daily for almost five years, and shows intense interest in the theory from essentially all universities, institutes, corporations, government departments, military establishments and individual scholars worldwide. These feedback data are recorded in great detail on http://www.aias.us/. There is currently a deep schism in physics therefore between the ECE and Standard Schools of thought. The ECE School has developed its own method of publication, using quality controlled websites, monographs, and also papers refereed in the usual journals. The industrial phase of development of ECE theory has started with the formation of a company to develop and market new energy devices based on the theory. This company is ECE Institute Ltd., and is 51% owned by Steriwave Plc. This unprecedented and intense interest in ECE theory is recognized by the scientific and engineering readership worldwide, but as might be expected, the standard physics journals have been slow to join their fellow scientists in the acceptance of rational change. So it is important to study the http://www.aias.us/ website material in order to appreciate this change on thought in natural philosophy. In the reference section of this page there are references to ECE papers published in various ways, including the usual way of publication in refereed journals, and reference to fifteen papers which comprehensively refute some remarks by Hehl et al. which also appear on this Elsevier Scitopics page. The comprehensive refutation of the remarks by Hehl et al. are given in ECE Source papers cited below in the "further reading" section, namely: 89, 90, 93, 95, 96, 99, 100, 101, 102, 104, 109, 112, 118, 120 and 122 all available on http://www.aias.us/ and in M. W. Evans, "Generally Covariant Unified Field Theory", (Abramis 2009) volumes 5 and 6. These papers do not appear in the Elsevier search engine that brings up the papers by Hehl et al. on this Scitopics page, so I am redressing the balance here. These refutation papers prove the Cartan Evans dual identity in all detail, and also show, using computer algebra, the irretrievable flaws in the standard model. It is not therefore in the interest of standard modellers to allow open discussion, a lamentable state of affairs in physics. By feedback software to http://www.aias.us/ and http://www.atomicprecision.com/ we see that there is unprecedented, indeed overwhelming, interest in ECE theory. If one relied on citations, one would think that was no interest, so the citation system is meaningless when it comes to really new advances in physics because these advances are not allowed into print in standard journals. If this happens, citations are effectively censored. We use computer algebra which Hehl et al. could not bring to bear, and give several rigorous proofs of the Einstein Cartan dual identity which the Einstein field equation does not obey. Others of the 126 source ECE papers now available develop a comprehensive unified field theory and a torsion based cosmology. Big bang and black hole theory are comprehensively refuted by several authors in several independent ways, notably in ECE paper 120 by Evans, Eckardt, Crothers and Dunning-Davies. The original refutation of Hehl et al., paper 89, has been accepted essentially unanimously by the scientific community worldwide, I have received no statement of support for Hehl, who used his infuence as Annalen editor to block a paper of mine, and used his influence with the editor of "Foundations of Physics", G. 't Hooft, to block any reply of mine in that journal. It is well known that the founding editor of "Foundations of Physics", Alwyn van der Merwe, was removed after publishing papers on ECE theory. So I decided not to recognize 't Hooft and to publish my detailed refutations of Hehl et al. elsewhere. These refutations have been overwhelmingly accepted. We know this by the continuing, unprecedented interest in ECE theory indicated by site feedback software. We now see ECE theory appearing in invited journal issues edited by unbiased colleagues. Courses on Cartan's differential geometry have remained unchanged, meaning that the incorrect views of Rodrigues and Hehl (visible on this page) have been rejected by the international mathematical community. By allowing incorrect views into print, 't Hooft's editorship of "Foundations of Physics" has been shown to be biased. The interest in ECE theory continues to grow as it goes into its industrial phase.
Detailed proofs of fundamental concepts in differential geometry such as the tetrad postulate are found throughout the ECE source papers on http://www.aias.us/. These are proofs expected of any student in differential geometry, which is not a difficult subject. Various proofs of the Cartan Bianchi identity are found from paper 15 onwards (referenced below). The Cartan Bianchi identity is also a standard feature of differential geometry and students are expected to be able to prove it in a textbook such as S. P. Carroll, "Spacetime and Geometry: an Introduction to General Relativity" (Addison Wesley 2004). In paper 88 for example it is shown that the so called first and second Bianchi identities of the standard model are restricted by the arbitrary assumption of zero torsion. In paper 99, the fundamental origin of torsion is proven from the action of the commutator of covariant derivatives on the four vector. Whenever curvature appears in differential geometry, so does torsion, and the latter cannot be arbitrarily neglected. The fundamental origin of the Cartan Bianchi identity is discussed in paper 102, where it is proven that the identity is a cyclic sum of three curvature tensors identically equal to a cyclic sum of definitions of the same three curvature tensors (eq. (20) of this paper). This proof is self checking and originates in the proof given in paper 99. The Cartan Bianchi identity is therefore a true identity, whereas the so called first and second Bianchi identities of the standard model incorrectly omit torsion. This leads to a disaster for standard gravitational physics. The Hodge dual of the Cartan Bianchi identity is developed in eqs. (35) ff. of paper 102 referenced below. It is well known that the Hodge dual of a differential two-form in four-dimensions is another differential two-form. It follows that the Hodge dual of the commutator of covariant derivatives is another commutator of covariant derivatives. The latter acts on the four vector to produce curvature and torsion tensors which are related by the dual of the Cartan Bianchi identity. This is known as the Cartan Evans dual identity, one of the basic advances made in differential geometry by ECE theory. The dual identity is again a rigorous identity which states that the cyclic sum of Hodge duals of three curvature tensors is identically equal to the same cyclic sum of definitions of the Hodge duals of these three tensors. This result is expressed in the notation of differential geometry in eq. (42) of paper 102 referenced and linked below. Paper 104 further develops the proof of the Cartan Evans dual identity, and gives it in its simplest form as eq. (15) of paper 104. In this tensor form the Cartan Evans dual identity states that the covariant derivative of the torsion tensor is a well defined curvature tensor. In tensor form the original Cartan Bianchi identity states that the covariant derivative of the Hodge dual of the torsion tensor is a well defined Hodge dual curvature tensor. Papers 109 and 112, referenced and cross linked below, further develop these rigorous proofs. For example section 2 of paper 112 is a short review of the form and tensorial representations of the Cartan Bianchi identity. It is emphasized that this kind of proof is expected of a student of standard differential geometry taught at present in standard courses in mathematics. The ECE papers give the proofs in all detail. The rigorous nature of the Cartan Evans dual identity is most clearly evident in eq. (62) of paper 112 refernced and linked below. On the left hand side is a cyclic sum of three Hodge dual curvature tensors, on the right hand side papers the cyclic sum of the definitions of these same tensors.
The dual identity spells the end of the Einsteinian era in gravitational physics because of Einstein's neglect of torsion in his field equation. In consequence, it is shown using computer algebra in papers such as 93, 95 and 120 referenced and linked below that every known solution of the Einstein field equation in the presence of matter violates basic geometry - the dual identity. The vacuum solutions are Ricci flat solutions which are merely mathematical idealizations with no meaning in physics. This is discussed in various articles by Crothers referenced and linked below. Torsion cannot be neglected in differential geometry, and the ECE field equations place torsion at the centre of natural philosophy. This produces in turn the ECE engineering model referenced and linked below, and so produces the industrial phase of ECE theory through companies such as Steriwave Plc. ( http://www.aias.us/).
In view of these rigorous proofs that any student should be able to grasp, the "papers" by Rodrigues et al. and by Hehl et al. are well known by now to be at best incorrect, and at worst a deliberate attempt to misrepresent differential geometry itself. Deliberate mispresentation is illegal under Acts such as The Prevention of Harassment Act of 1997 in England and Wales and many other Statutes of various countries.
The failed standard cosmology has been replaced by an ECE cosmology based on spacetime torsion as being of central importance. The ECE papers to date on cosmology are cited below in the "further reading" section and are the following ECE source papers on http://www.aias.us/ and http://www.atomicprecision.com/: 49, 56, 64, 76, 77, 91, 93, 95, 100, 106, 108, 111, 112, 114, 117, 118, 119, 120, 123, 125 and 126. These papers refute big bang, black hole theory and dark matter theory and give new explanations for cosmology without using the Einstein field equation. All solutions of the latter in the presence of matter violate the Cartan Evans dual identity and are mathematically incorrect. The "vacuum solutions" of the Einstein equation are merely constructs of mathematical interest only and have been severely criticised by Crothers (see the "further reading" section below). No physics can be gleaned from incorrect mathematics. New torsion based explanations are given for the cosmological red shift, the gravitational red shift, relativistic orbits (the relativistic Kepler problem), the orbits of binary pulsars, the orbits and velocity curves of whirlpool galaxies, the earth's gravitomagnetic precession, the Thomas precession, the equinoctial precession, and cosmological initial events. The astronomical data are described to high precision by the orbital theorem of ECE source paper 111. The ECE equations of motion are based on the Cartan Bianchi identity (homogeneous equations) and the Cartan Evans dual identity (inhomogeneous equations). All planar orbits, including those of galaxies, are described by conservation of spacetime angular momentum as in papers 123 and 126 without the use of "dark matter", a non-Baconian and ad hoc construct of standard physics. These are major and internationally accepted advances in cosmology.
The ECE development of most interest industrially is spin connection resonance (SRC), which is based on the fact that the appearance of the spin connection in the field equations of ECE theory give an Euler Bernoulli resonance structure without violation of any conservation law of physics. The ECE papers that deal with spin connection resonance are the following ECE source papers on http://www.aias.us/: 52, 53, 59, 60, 63, 64, 65, 68, 74, 87, 92, 94, 100 and 107. These are referenced and linked below in the "further reading" section. These papers apply the idea of SCR to the H atom, atoms and molecules, counter gravitation, magnetic motors, the Bedini device and the Faraday disk generator. Patents based on this work are being drawn up and will be or have been applied for in the ECE Institute Ltd. company 51% owned by Steriwave Plc. ( http://www.steriwave.com/). Work on these devices is taking place at the company's research and development laboratories in Croydon, and we have also been allocated space in Unit 11 of the Aberystwyth Science Park for this and other ECE work. These devices have essentially no carbon footrpint and produce no harmful emissions. They take electric power from the spinning of spacetime (the spacetime torsion). From daily monitoring of the feedback activity generated by http://www.aias.us/ it is seen that paper 94 has been intensely studied by many institutes, corporations, military facilities, and hundreds of thousands of individuals since it was posted over a year ago. ECE is also of use in the area of counter gravitation, in which SCR is also a key component. Therefore http://www.aias.us/ is routinely studied by essentially all the major aerospace, computer and power corporations. There is nothing like this available in the obsolete standard model, which neglects spacetime torsion arbitrarily. This arbitrary neglect of torsion is what leads to a catastrophic violation of the Cartan Evans dual identity and to an equally catastrophic failure of the Einstein field equation.
The main areas of natural philosophy have been covered in the following ECE source papers on http://www.aias.us/, referenced at the end of in the further reading section below from paper 1 onwards. The following are the ECE source papers that are most relevant in this context: 1-4, 7, 13, 15 - 21, 27, 35, 38, 39, 44 - 47, 50, 55, 67, 71, 72, 83, 85, 88 and 99, reviewed in papers 50 and 100 on http://www.aias.us/. They cover topics such as the field and wave equations of ECE, their reduction to all the main equations of natural philosophy, the unification of quantum mechanics and general relativity by deriving the Dirac equation from the tetrad postulate, the rejection of indeterminacy and the generally covariant Heisenberg equation, comprehensive details of geometry with many detailed proofs, the reduction of ECE theory to higher topology electrodynamics such as O(3) electrodynamics, ECE theories of radiative corrections, electroweak and strong fields, neutrino oscillations, Aharonov Bohm effects, the origin of spin, the Planck constant and Pauli exclusion principle, the replacement of dark matter theory, Sagnac efect, Faraday disk generator, Faraday effect, inverse Faraday effect, dielectrics, the effect of gravitation on the polarization of light, and on the Sagnac effect, radiatively induced fermion resonance (RFR), development of the equations of generally covariant dynamics and electrodynamics, the replacement of gauge theory with a principle based on the general invariance of the tetrad postulate, ECE theory of the Lamb shift and standard criticism of quantum electrodynamics, the development of the rigorous Bianchi identity, and various advances in the mathematics of differential geometry. These are in addition to the topics covered aleady on this page.
The precursor theory of ECE is given in detail in source papers in the Omnia Opera section of http://www.aias.us/ from 1992 onwards to 2003. There are hyperlinks on the http://www.aias.us/ site to my original papers back to 1973, scientific papers which can therefore be read in detail by the interested reader. The main precursor theory is O(3) electrodynamics, which is based on the discovery of the B(3) field reported in Physica B in 1992. These original Physica B papers can be found in the Omnia Opera section of http://www.aias.us/. The B(3) field is the fundamental magnetic flux density of the electromagnetic field or photon. It does not appear in the Maxwell Heaviside (MH) field theory as taught in the current standard dogma, because that dogma restricts solutions of MH to transverse. There is nothing in the original MH theory however to prohibit longitudinal solutions. I gradually developed an electrodynamics based on gauge theory, and this is known as O(3) electrodynamics. It is similar to theories developed independently by Barrett, Harmuth and coworkers, and Lehnert and coworkers. These higher topology electrodynamics considerably increase the scope of the MH theory and have been thoroughly debated in the literature from 1992 onwards. They are therefore firmly accepted internationally as theories of electrodynamics not constrained by the often incorrect dogma of the standard model. The latter is a U(1) gauge theory as is well known. An example is the inverse Faraday effect, which is the magnetization of matter by a circularly or elliptically polarized electromagnetic field. In the standard dogma this is explained with a conjugate product without the B(3) field in an ad hoc extension of special relativity. In the O(3) electrodynamics it is explained with the B(3) field and O(3) gauge electrodynamics. In ECE theory it is explained with the spin connection of spacetime in a rigorously covariant manner as requried by relativity and the need for a unified field theory. In papers and monographs from 1992 to 2003, O(3) electrodynamics was extensively developed and applied to many areas of electrodynamics and non-linear optics. It has been recognized that O(3) electrodynamics is homomorphic with Barrett, Harmuth and Lehnert electrodynamics, and also with some other theories as reviews for example in volume 119 of "Advances in Chemical Physics", published in three parts in 2001, consisting of thirty five review articles.
My other areas of interest are recorded in great detail in the Omnia Opera section of http://www.aias.us/, with hyperlinks to source papers gong back to 1973. Numerous honours, awards, nominations, competitive fellowships, prizes and medals are recorded on that site and in many volumes of reference vehicles such as Marquis Who's Who and Burke's Peerage and Gentry.
Prof. Myron Wyn Evans, B. Sc., Ph. D., D. Sc. of Glyneithrym
Many editions of "Marquis Who's Who" in America, World and Science and Engineering, 1998 to present, "Burke's Peerage and Gentry" (2009, 107th edition). Several other reference vehicles.
British Civil List Pensioner in Science, President of AIAS, Director of Steriwave Plc., ECE Institute Ltd., and TGA. Junior Research Fellow Wolfson College Oxford.
Armiger and Rank of Gentleman July 8th. 2008.
Arms ( http://www.aias.us/): Per fesse dancetty acute Gules and Sable a Lion rampant Or holding between the forepaws a Garb of hay Argent banded Vert a Bordure engrailed Or.
Crest: Upon a helm with a Wreath Or Gules and Sable two Dragons rampant repectant Gules holding between them a representative of the Celtic cross at Nevern sans pedestal Sable fimbriated Vert, Mantled Sable and Gule lined Or.
Motto: POER Y LLWCH O'R PAIR LLACHAR
Badge: A Norman helm affronty or quadrinimbed Sable and charged with two Gouttes in fess Azure.
Qualifications: University College of Wales Aberystwyth: B. Sc. (suma cum laude, 1971); Ph. D. 1974; D. Sc. 1977 (youngest recipient of the D. Sc. degree in Britain and the Commonwealth).
National Honours and Nominations: Appointed by the Crown, Prime Minister and Parliament as Civil List Pensioner in 2005 in recognition of distinguished service to Great Britain and the Commonwealth in science. Nominated for this appointment by the Royal Society of Chemistry (2004) and Royal Society. Armiger 2008 with rank of Gentleman in recognition of distinguished service to international science and the community. Several nominations for national honours such as knighthood, O.M. and C.H. Several nominations Packard Fellowship, Wolf Prize, Faisal Prize and other major prizes.
Honours and Awards: Numerous honours, prizes, medals and awards, selected in chronological order as follows. Pontardawe Grammar School Prize for best O level results 1966; School Prefect 1966. UCW Aberystwyth Mathews Prize for best first year student 1969. UCW Aberystwyth Dr Samuel Williams graduate studentship 1971. Harrison Memorial Prize fo the Royal Society of Chemistry 1978. Meldola Medal of the Royal Society of Chemistry 1979. Honorary Fellow University of London and University of Lancaster 1988. Sigma Pi Sigma American Institute of Physics 1995. TGA Gold Medal 2008. Numerous other medals, honours and awards.
Competitive Post Doctoral Fellowships.
Science Research Council Fellowship 1974. National Research Council of Canada Fellowship 1974. Imperial Chemical Industries Fellowship 1974. Junior Research Fellowship of Wolfson College Oxford 1975. Ramsay Memorial Fellowship 1976. Science and Engineering Council Advanced Fellowship 1978. University of Wales Fellowship Bangor 1983. University of Wales Fellowship Swansea 1983. University of Wales Pilcher Senior Fellowhsip Swansea 1985. British IBM Fellowship 1985. Leverhulme Trust Fellowship 1985. Humboldt Fellowship 1985. Leverhulme Trust Fellowship 1992.
Visitng Academic Appointments
Trinity College Dublin 1986. Visiting Professor IBM Kingston New York, 1986 - 1988. Cornell Theory Center 1988 - 1992. University of Zurich 1990 - 1991. Penn State 1991. York Univeristy Toronto 1995. Indian Statistical Institute 1995.
1971 - 1974: Ph. D. student of Prof. Mansel Davies at the Edward Davies Chemical Laboratories, University College of Wales, Aberystwyth.
1974 - 1976: SRC Fellow in the Physical Chemistry Laboratory Oxford with Prof. Sir John Rowlinson FRS.
1975: Elected JRF Wolfson College Oxford.
1976 - 1978: British Ramsay Memorial Fellow, Edward Davies Chemical Laboratories, UCW Aberystwyth.
1978: Lecturer in Chemistry UCW Swansea.
1978 - 1983 SERC Advanced Fellow at the EDCL.
1983 - 1985: Univeristy of Wales Fellow Bangor.
1985 - 1986: University of Wales Pilcher Senior Fellow Swansea.
1986 - 1988: IBM Visiting Professor and Project Leader, Clementi Environment, Kingston, New York , USA.
1988 - 1992 : Visiting Scientist Cornell Theory Center.
1990 - 1991 : Guest of the University of Zurich.
1992 - 1995 : Professor of Physics University of North Carolina Charlotte.
1995 - 2007 : Director of the Alpha Institute for Advanced Study ( http://www.aias.us/).
2007 - present : President of AIAS.
2007 - present : Director of Steriwave Plc.
2008 - present: Director of ECE Institute Ltd. and TGA.
2008 - present: President of the Myron Evans University.
Brief Overview of Research Work
Over eight hundred publications in chemistry, physics, differential geometry and electrical engineering ( http://www.aias.us/ Omnia Opera). First generally accepted explanation of the far infra red in terms of molecular dynamics and computer smulation. Pioneer of computer simulation and animation. Pioneer and coordinator of multi technical research across Europe within the European Molecular Liquids Group founded at the National Physical Laboratory in 1980. Pioneer of computer simulation in the presence of applied fields with applications to non-linear optics and magnetless fermion resonance techniques. Discovery (1992) of the generally covariant B(3) field of electrodynamics and quantum electrodynamics. Development (1992 to 2003) of higher symmetry gauge theories of electrodynamics culminating in the development of ECE theory 2003 to present.
Short Selection of Books
Over fifty books, the most influential are as follows. "Molecular Dynamics" (Wiley 1982). "Molecular Diffusion" (Wiley 1984). Several special topical issues of Wiley's "Advances in Chemcial Physics", notably volumes 62, 63, 81, 85(1) to 85(3), and 119(1) to 119(3). "The Enigmatic Photon" in five volumes (1994 to 2002 with Jean-Pierre Vigier). "Classial and Quantum Electrodynamics and the B(3) Field" (World Scientific 2001); Multi volume "Generally Covariant Unified Field theory" (Abramis 2005 to present).
The http://www.aias.us/ website was started in about 2002 and is currently among the most studied site in science. It contains about fifteen hundred documents and attracts about a quarter million hits every month together with its sister website http://www.atomicprecision.com/. The feedback activity of these sites has been monitored daily in all detail for about five years, showing overwhelming and highest quality international interest in ECE theory.
Poetry, Biography and Films
One book of poetry: "Autobiography - Sonnets" (Arima 2005 and http://www.aias.us/). Biography by Kerry Pendergast (reference two below). "The Universe of Myron Evans (Directed by Franceso Fucilla 2008); "The Life of Myron Evans" (to be Directed by Ken Russell 2009).
- M. W. Evans, "Generally Covariant Unified Field Theory" (Abramis Academic 2005 to present) , multi volume. (Link »)
- K. Pendergast, "The Life of Myron Evans" (Abramis to be published) (Link »)
- L. Felker, "The Evans Equations of Unified Field Theory" (Abramis 2007) (Link »)
- M. W. Evans, Acta Phys. Polon., 33B, 2211 (2007) (Link »)
- M. W. Evans, Physica B, 403, 517 (2008) (Link »)
- M. W. Evans and H. Eckardt, Physica B, 400, 175 (2007) (Link »)
- M. W. Evans and H. Eckardt, J. Comp. Theor. Nanoscience Special Issue on Hot Topics, ed A-C Cefalas, (2009) (Link »)
- M. W. Evans and J-P. Vigier, "The Enigmatic Photon" (Kluwer, van der Merwe Series, 1994 to 2002), in five volumes (Link »)
- M. W. Evans and L. B. Crowell, "Classical and Quantum Electrodynamics and the B( 3) Field" (World Scientific 2001) (Link »)
- M. W. Evans, two reviews in "Modern Nonlinear Optics", a special topical issue of " Advances in Chemical Physics", ed. M. W. Evans, (Wiley, New York, 2001) , vols 119(2) and 119(3) (Link »)
- M. W. Evans and A. A. Hasanein, "The Photomagneton in Quantum Field Theory" (World Scientific, 1994) (Link »)
- F. Fucilla (Director), "The Universe of Myron Evans" (Film 2008) (Link »)
- M. W. Evans, "The Photon's Magnetic Field" (World Scientific, 1992) . (Link »)
- Reviews on the B(3) field in M. W. Evans and S. Kielich, (eds.), " Modern Non-Linear Optics first edition, in "Advances in Chemical Physics" (Wiley, 1992, 1993, 1997), volumes 85(1) to 85(3) (Link »)
- Total of 126 source papers on ECE Theory (2003 to present). (Link »)
- Educational Articles, Papers and Volumes by other authors on ECE theory (Link »)
- Original Papers on Higher Topology O(3) Electrodynamics, 1992 to 2003 (Link »)
- M. W. Evans, Found. Phys. Lett., 16, 369 (2003) (Link »)
- M. W. Evans, Found. Phys. Lett., 16, 513 (2003) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 25 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 149 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 267 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 535 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 497 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 301 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 393 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 17, 663 (2004) (Link »)
- M. W. Evans, Found. Phys. Lett., 18, 259 (2005) (Link »)
- M. W. Evans, Found. Phys. Lett., 18, 431 (2005) (Link »)
- M. W. Evans, Found. Phys. Lett., 18, 139 (2005) (Link »)
- M. W. Evans, Found. Phys. Lett., 18, 519 (2005) (Link »)
- M. W. Evans, "A Response to Hehl et alii", ECE Paper 89, volume five of Generally Covariant Unified Field Theory ( GCUFT5), (Abramis Academic, 2009). (Link »)
- M. W. Evans and H. Eckardt, "Refutation of Jadczyk et al.", ECE paper 90, GCUFT5 (2009) (Link »)
- M. W. Evans, H. Eckardt and S. Crothers, "The Coulomb and Ampere Maxwell Laws in GCUFT" , ECE Paper 93 (GCUFT5, 2009). (Link »)
- M. W. Evans and H. Eckardt, "The Coulomb and Ampere Maxwell Laws in the Friedmann Lemaitre Robertson Walker Metric" , ECE Paper 95, GCUFT6 (2009 in press) (Link »)
- M. W. Evans, H. Eckardt and S. Crothers "A Critical Evaluation of Standard Cosmology" (ECE Paper 96, GCUFT6, 2009, in press). (Link »)
- M. W. Evans, "The Fundamental Origin of Curvature and Torsion" (ECE Paper 99, GCUFT6, in press, 2009) (Link »)
- M. W. Evans, "A Review of ECE Theory" (ECE Paper 100, GCUFT6, in press ( 2009)). (Link »)
- M. W. Evans, "The Incompatibility of the Christoffel Symbol with the Bianchi Identity" , (ECE Paper 101, GCUFT6, in press, (2009)) (Link »)
- M. W. Evans, "The Fundamental Origin of the Bianchi Identity of Cartan Geometry and ECE Theory" (ECE Paper 102, GCUFT6, in press (2009)) (Link »)
- M. W. Evans, "A Rigorous Proof of the Hodge Dual of the Bianchi Identity of Cartan. ", ECE Paper 104, (GCUFT6, in press (2009)) (Link »)
- M. W. Evans, "Generalized Cartan Bianchi Identity and a New Theorem of the Cartan Torsion" (ECE Paper 109, GCUFT6, in press (2009)) (Link »)
- M. W. Evans, "On the Violation of the Bianchi Identity by the Einstein Field Equation and Big Bang Cosmologies" (ECE Paper 112, GCUFT6, in press (2009)) (Link »)
- M. W. Evans, "Explanation of the Cosmological Red Shift", ECE Paper 118, (GCUFT6, in press (2009)) (Link »)
- M. W. Evans, H. Eckardt, S. Crothers and J. Dunning-Davies, "Criticisms of Black Hole Theory" (ECE Paper 120, GCUFT6, in press, (2009)) (Link »)
- M. W. Evans, "On the Symmetry of the Connection in Relativity and ECE Theory" (ECE Paper 122, GCUFT6, in press (2009)) (Link »)
- H. Eckardt, "ECE Engineering Model" on www.aias.us (Link »)
- H. Eckardt, "Devices for Space-time Resonance based on ECE Theory" on www.aias.us (Link »)
- H. Eckardt, "How do Space Energy Devices Work?" on www.aias.us (Link »)
- H. Eckardt, "Galaxy Structures Described by ECE Theory" on www.aias. us (Link »)
- H. Eckardt, "An Alternative Hypothesis for Special Relativity" on www. aias.us (Link »)
- D. W. Lindstrom, "On the Possible Existence of a Second Form of Electrical Current in the ECE Equations of Electromagnetism" , on www.aias.us (Link »)
- H. Eckardt and L. Felker, "ECE Theory - Start of a New Age in Physics? " on www.aias.us (Link »)
- S. Crothers, "Concerning Radii in Einstein's Gravitational Field" (Link »)
- S. Crothers, On Certain Conceptual Anomalies in Einstein's Theory of Relativity" on www.aias.us (Link »)
- S. Crothers, "Relativistic Cosmology Revisited" on www.aias.us (Link »)
- S. Crothers, other papers on www.aias.us and his website (Link »)
- J. Dunning-Davies, "Exploding a Myth: Conventional Wisdom or Scientific Truth" , (Harwood, 2007) (Link »)
- J. Dunning-Davies, "Mathematical Methods for Physical Scientists, Mathematicians and Engineers" (Harwood 2004) (Link »)
- J. Dunning-Davies, "Concise Thermodynamics", (Albion 1997) (Link »)
- D. Lindstrom, "Two Dimensional Finite Element Scheme for Conductive Material Using ECE Quasi- static Electromagnetic Theory", on www.aias.us (Link »)
- H. Eckardt, "Discussion of Johnson's "Secret World of Magnets"" (Link »)
- J. S. Croca et al., "Experimental Violations of Heisenberg's Uncertainty Principle by the Scanning Near- field Optical Microscope" on www.aias.us (Link »)
- J. S. Croca, "Towards a Non-linear Quantum Physics (World Scientific 2003) (Link »)
- M. W. Evans, "Cosmological Anomalies: EH vesus ECE Field Theory" ( 49th paper of the ECE series, published in GCUFT by Abramis) (Link »)
- M. W. Evans, "Geodesics and the Aharonov Bohm Effects in ECE Theory" (ECE Paper 56, published in GCUFT) (Link »)
- M. W. Evans and H. Eckardt, "Spiral Galaxies and Cartan Torsion" ( ECE Paper 76, published in GCUFT5) (Link »)
- M. W. Evans and H. Eckardt, "Spun Plasma Model for Cosmological Evolution and ECE Unified Field Theory" (ECE Paper 77, published in GCUFT5) (Link »)
- M. W. Evans, "General Relativity and Cosmology without the Metric" (ECE Paper 91, published in GCUFT5) (Link »)
- M. W. Evans, H. Eckardt and S. Crothers, "The Coulomb and Ampere Maxwell Laws in GCUFT" (ECE paper 93, published in GCUFT5) (Link »)
- M. W. Evans and H. Eckardt, "The Coulomb and Ampere Maxwell Laws in the FLRW Metric" (ECE Paper 95, to be published in GCUFT6) (Link »)
- M. W. Evans, "A Review of ECE Theory" (ECE Paper 100, to be published in GCUFT6) (Link »)
- M. W. Evans, "ECE Theory of the Orbit of Binary Pulsars" (ECE Paper 106, to be published in GCUFT6) (Link »)
- M. W. Evans, H. Eckardt and K. Pendergast, "Orbital ECE Theory and Non Einstein Hilbert Orbits in Astronomy and Cosmology" (ECE Paper 108, to be published in GCUFT6) (Link »)
- M. W. Evans, "The Origin of Orbits in the Spherical Symmetry of Spacetime" (ECE Paper 111, to be published in GCUFT6) (Link »)
- M. W. Evans, "On the Violation of the Bianchi Identity by the Einstein Field Equation and Big Bang Cosmologies" (ECE Paper 112, to be published in GCUFT6) (Link »)
- M. W. Evans, "Derivation of the Gravitational Redshift from the Theorem of Orbits" (ECE Paper 114, to be published in GCUFT6) (Link »)
- M. W. Evans, "ECE Theory of the Earth's Gravitomagnetic Precession" (ECE Paper 117, to be published in GCUFT6) (Link »)
- M. W. Evans, "Explanation of the Cosmological Redshift" (ECE Paper 118, to be published in GCUFT6) (Link »)
- M. W. Evans, "ECE Theory of the Equinoctial Precession and Galactic Dynamics" (ECE Paper 119, to be published in GCUFT6) (Link »)
- M. W. Evans, H. Eckardt, S. Crothers and J. Dunning-Davies, "Criticisms of Black Hole Theory" (ECE Paper 120, to be published in GCUFT6) (Link »)
- M. W. Evans and H. Eckardt, "Explanation of the Whirlpool Galaxy from Constant Spacetime Torsion - the Case against Dark Matter" (ECE Paper 123, to be published in GCUFT6) (Link »)
- M. W. Evans and H. Eckardt, "Resonant Initial Event in ECE Cosmology" (ECE Paper 125, to be published in GCUFT7) (Link »)
- M. W. Evans, "Orbital Dynamics in Terms of Spacetime Angular Momentum" , (ECE Paper 126, to be published in GCUFT7) (Link »)
- M. W. Evans, "Resonance Solutions of the ECE Field Equations" (ECE Paper 52, published in GCUFT) (Link »)
- M. W. Evans, "Resonant Counter Gravitation" (ECE Paper 53, published in GCUFT) (Link »)
- M. W. Evans and H. Eckardt, "The Resonant Coulomb Law from ECE Theory: Application to the H Atom" (ECE Paper 59, published in GCUFT) (Link »)
- M. W. Evans and H. Eckardt, "Application of ECE Theory to Atoms and Molecules" (ECE Paper 60, published in GCUFT) (Link »)
- M. W. Evans and H. Eckardt, "The Resonant Coulomb Law of ECE Theory" (ECE paper 63, published in GCUFT) (Link »)
- M. W. Evans, "SCR in Gravitational General Relativity" (ECE paper 64, published in GCUFT and Acta Phys. Pol, B, 38(6) (2007)) (Link »)
- M. W. Evans, "SCR in Magnetostatics" (ECE Paper 65, published in GCUFT) (Link »)
- M. W. Evans, "SCR in Counter Gravitation" (ECE Paper 68, published in GCUFT) (Link »)
- M. W. Evans and H. Eckardt, "SCR in Magnetic Motors" (ECE Paper 74, published in GCUFT5 and Physica B, 400, 175 (2007)) (Link »)
- M. W. Evans and H. Eckardt, "ECE Applied to Energy from Spacetime: Amplification of the Radiative Correction due to SCR" (ECE paper 87, published in GCUFT5) (Link »)
- M. W. Evans, H. Eckardt, C. Hubbard and J. Shelburne, "SCR in the Bedini Machine" (ECE Paper 94, to be published in GCUFT6) (Link »)
- M. W. Evans, H, Eckardt and F. Amador, "SCR in the Faraday Disk Generator" (ECE paper 107, to be published in GCUFT6) (Link »)
- M. W. Evans, "A Generally Covariant Field Equation for Gravitation and Electromagnetism" , Paper 1 of ECE theory (published in GCUFT1) (Link »)
- M. W. Evans, "A Generally Covariant Wave Equation for Grand Unified Field Theory" (Paper 2 of ECE Theory, published in GCUFT1) (Link »)
- M. W. Evans, "The Equations of Grand Unified Field Theory in Terms of the Maurer Cartan Structure Relations of Differential Geometry" (Paper 3 of ECE Theory, published in GCUFT1) (Link »)
- M. W. Evans, "Derivation of Dirac's Equation from the ECE Wave Equation" (ECE Paper 4, published in GCUFT1) (Link »)
- M. W. Evans, "The ECE Lemma of Differential Geometry" (ECE Paper 7, published in GCUFT1) (Link »)
- M. W. Evans, "Derivation of the Heisenberg Equation and Modification of the Heisenberg Uncertainty Principle" (ECE Paper 13, published in GCUFT1) (Link »)
- M. W. Evans, "The Spinning and Curving of Spacetime" (ECE paper 15, published in GCUFT1) (Link »)
- M. W. Evans, "Derivation of O(3) Electrodynamics from ECE Theory" ( ECE Papers 16 and 17, published in GCUFT1) (Link »)
- M. W. Evans, "Anomalous Magnetic Moment of the Electron from ECE Theory" (ECE paper 18, published in GCUFT1) (Link »)
- M. W. Evans, "Generally Covariant Electroweak Theory" (ECE paper 19, published in GCUFT1) (Link »)
- M. W. Evans, "ECE Theory of Neutrino Oscillations" (ECE paper 20, published in GCUFT1) (Link »)
- M. W. Evans, "The Interaction of Electromagnetism and Gravitation" (ECE paper 21, published in GCUFT1) (Link »)
- M. W. Evans, "First and Second Order Aharonov Bohm Effects in ECE Theory ( ECE paper 27, published in GCUFT) (Link »)
- M. W. Evans, "Proof of the ECE Lemma from the Tetrad Postulate" (ECE paper 35, published in GCUFT) (Link »)
- M. W. Evans, "The Origin of Intrinsic Spin and the Pauli Exclusion Principle" (ECE paper 38, published in GCUFT) (Link »)
- M. W. Evans, "The Origin of Dark Matter in Spacetime Torsion" (ECE paper 39, published in GCUFT) (Link »)
- M. W. Evans, "Experiments to Test the ECE Theory, General Relativity in Classical Electrodynamics and the Faraday Disk Generator ( ECE paper 44, published in GCUFT) (Link »)
- M. W. Evans, "ECE Theory of the Sagnac Effect" (ECE paper 45, published in GCUFT) (Link »)
- M. W. Evans, "The Effect of Gravitation on the Sagnac Effect" (ECE paper 46, published in GCUFT) (Link »)
- M. W. Evans, "Dielectric ECE Theory" (ECE paper 47, published in GCUFT) (Link »)
- M. W. Evans, "First Review of ECE Theory" (ECE paper 50, published in GCUFT) (Link »)
- M. W. Evans, "Generally Covariant Dynamics" (ECE paper 55, published in GCUFT) (Link »)
- M. W. Evans, "ECE Theory of Gravity Induced Polarization Changes" ( ECE paper 67, published in GCUFT) (Link »)
- M. W. Evans, "Invariance of the Tetrad Postulate as a Fundamental Principle of Unified Field Theory" (ECE paper 71, published in GCUFT5) (Link »)
- M. W. Evans, "Application of the ECE Invariance Principle" (ECE paper 72, published in GCUFT6) (Link »)
- M. W. Evans, "The Effect of Gravitation on the Faraday and Inverse Faraday Effects" (ECE paper 83, published in GCUFT5) (Link »)
- M. W. Evans and H. Eckardt, "The Lamb Shift in ECE Theory" (ECE apper 85, published in GCUFT5) (Link »)
- M. W. Evans and H. Eckardt, "The Bianchi Identity of Differential Geometry" (ECE paper 88, published in GCUFT5) (Link »)
- M. W. Evans, "Rank Three Tensors in Gravitation and Electromagnetism" (ECE paper 99, published in GCUFT5) (Link »)
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interaction of three fields in ECE theory: The inverse Faraday
(2008) Evans, M.W.
Physica B: Condensed Matter pp.517-521 Cited 0 times.
3. The resonant Coulomb law of Einstein Cartan Evans theory
(2008) Evans, M.W. | Eckardt, H.
Paper 63 of Evans' Theory pp. Cited 1 times.
4. An assessment of Evans' unified field theory I
(2008) Hehl, F.W.
Foundations of Physics pp.7-37 Cited 0 times.
5. An assessment of Evans' unified field theory II
(2008) Hehl, F.W. | Obukhov, Y.N.
Foundations of Physics pp.38-46 Cited 0 times.
6. Spin connection resonance in magnetic motors
(2007) Evans, M.W. | Eckardt, H.
Physica B: Condensed Matter pp.175-179 Cited 0 times.
7. The spinning and curving of spacetime: The electromagnetic and gravitational fields in the Evans field theory
(2005) Evans, M.W.
Foundations of Physics Letters pp.431-454 Cited 3 times.
1. A remark on an ansatz by M.W. Evans
and the so-called Einstein-Cartan-Evans unified field theory
M.W.Evans tried to relate the electromagnetic field strength to the torsion of a Riemann- Cartan spacetime. We show that this ansatz is untenable for at least two reasons: (i) Geometry: Torsion is related to the (external)...
2. The interaction of three fields in ECE theory: The inverse Faraday effect
The simultaneous interaction of three fundamental fields is illustrated in Einstein Cartan Evans ( ECE) theory with reference to the effect of gravitation on the inverse Faraday effect. The three-field interaction in this case is that of the. ..
3. An assessment of Evans' unified field theory I
Evans developed a classical unified field theory of gravitation and electromagnetism on the background of a spacetime obeying a Riemann- Cartan geometry. This geometry can be characterized by an orthonormal coframe theta...
4. Spin connection resonance in magnetic motors
A mechanism is proposed for rotation of magnetic assemblies by a torque consisting of the magnetic dipole moment of the assembly and a magnetic field generated from space- time in Einstein-Cartan-Evans (ECE) field theory. It is shown that. ..
5. Myron W. Evans' Grand Covariant Unified Field Theory...
Myron W. Evans' Grand Covariant Unified Field Theory (GCUFT) (09.04.2007) Review of the Evans Lemma (06.04.2007) Commentary on Evans' New Concepts from the Evans Unified Field Theory (17.03. 2007)...
6. An assessment of Evans' unified field theory II
Evans developed a classical unified field theory of gravitation and electromagnetism on the background of a spacetime obeying a Riemann- Cartan geometry. In an accompanying paper I, we analyzed this theory and summarized...
7. Einstein Web Display
"Ladies and gentlemen, our age is proud of the progress it has made in man' s intellectual development. The search and striving for truth and knowledge is one of the highest of man' s qualities - though often, the pride is...
8. TRƯỜNG ĐẠI HỌC SƯ PHẠM HÀ NỘI
The theme of this year's GAP Session is "Aspects of Quantization" . Each main speaker will give three one-hour lectures. There also will be several invited talks and short presentations given by participants.
9. TRƯỜNG ĐẠI HỌC SƯ PHẠM HÀ NỘI
The theme of this year's GAP Session is "Aspects of Quantization" . Each main speaker will give three one-hour lectures. There also will be several invited talks and short presentations given by participants.
10. Front: Author F.Hehl
arXiv:0707.4433 Comments on ``Spin Connection Resonance in Gravitational General Relativity' '. Gerhard W. Bruhn, Friedrich W. Hehl, Arkadiusz Jadczyk. Acta Physica Polonica B, 39 no 1 (2008), pp. 51-58. physics. class-ph (physics.gr-qc).