Archive for November, 2008

Some Comments on Feedback

November 30, 2008


Subject: Some Comments on Feedback
Date: Sun, 30 Nov 2008 09:31:51 EST

All ECE source papers were read, and all educational articles. Most background notes were read, a large number of Omnia Omnia papers and source documents. These were read off both _www.aias.us_ (http://www.aias.us) and _www.atomicprecision.com_ (http://www.atomicprecision.com) . The combined hits total is the largest in the world at present for a theoretical physics institute and we lead the world now in unified field theory according to one or two search engines. The most read paper this month was the latest papers, number 122, which is a simple demonstration of the fact that the Einsteinian connection has the wrong symmetry. The connection should be anti-symmetric wherever it occurs. The torsion has been placed in central importance in physics, and the forthcoming film, “The Universe of Myron Evans”, will emphasize this central fact of the new physics. The sequel film was discussed yesterday at Craig y Nos Castle and will consist of animations of cosmological features, notably galactic evolution. These will be calculated from ECE field equations as sketched out this morning. So there are no black holes, no bog bang, no dark matter, and no strings or superstrings in nature. We can clear away these obsolete concepts now and return to the long accepted principles of physics: Okham’s Razor (simplicity is preferred) and Bacon’s principle (compare theory with data).

British Civil List Scientist

15-29Nov08 Rest of World to www.aias.us

November 30, 2008


Subject: 15-29Nov08 Rest of World to http://www.aias.us
Date: Sun, 30 Nov 2008 09:18:49 EST

UNC Argentina, CNEA Gov Argentina, Australian National Univ., Unicamp Brazil, USP Brazil, ECE Canadian Engineer Network (Barrie, Guelph, Hamilton, Kingston, Montreal, Quebec, St Catherines, Streetsville, Thornhill, Toronto, Ottawa, Sudbury, London, Unionville, Kichener), Dalhousie, Gov. Quebec, Perimeter Institute, Queens, Manitoba, Toronto, Montreal, TIE Chile, UCLV Cuba, UO Cuba, ZNU Iran, Hokudai Japan*, Univ Tokyo, KAIST S. Korea, USON Mexico, PUCP Peru, Academica Sinica Taiwan, HCMINT Venezuela.

15-29Nov08 Europe to www.aias.us

November 30, 2008


Subject: 15-29Nov08 Europe to http://www.aias.us
Date: Sun, 30 Nov 2008 08:59:15 EST

Europe is the intellectual centre of theoretical physics worldwide, and the interest in ECE theory this month has been very intense in its higher educational and related sectors as follows:

OENB Austria, Free Univ Brussels, KU Leuven, Ghent, Fujitsu Siemens, MUNI Czechia, NKP Czechia, UPC Czechia, BSW Berlin, DESY, DKFZ Heidelberg, FGAN, Fraunhofer*, FU Berlin, Albert Einstein Institute Potsdam, Max Planck Inst for Plasma Physics, Max Planck Inst for Nuclear Physics Heidelberg, Siemens Inc*, Bielefeld, Hamburg, Leipzig, Munich, Stuttgart, WRMFN, TDCMobil Denmark, CSIC Spain, GVA Spain, UCM Spain, UJAEN Spain, UPV Spain, Helsinki, CNAM France, Lille 1, Mulhouse, PAris 5, Poitiers*, NTUA Greece*, OTE Greece*, KFKI Hungary, MTC Hungary, Technion Israel, Astro Italy*, ENEA Italy, INFN Bologna, SIAE Italy, ICTP Trieste, Bologona, Perugia, TEO Latvia, Radboud Netherlands, Groningen, Kluwer, UIO Norway, FUW Poland*, Hrakow, Torun, Wroclaw, DCN Romania, MSU Russia, NSC Russia, Rubtovsk, SUTD Russia, Nnov Russia, LU Sweden*, SU Sweden, SNT Slovenia, TUKE Slovakia, Kiev Ukraine, Brunel, DAMTP Cambridge*, WLAN Durham, Imperial *, Leiceter, Manchester*, Meirion Dwyfor, Nottingham, Southampton, South Devon, St Andrews*, Strathclyde.

USA

November 30, 2008


Subject: 15-29Nov08 : USA
Date: Sun, 30 Nov 2008 08:20:56 EST

This month there were visits from 92 US University and Institute URL’s and 33 British Univ and Inst URL’s, plus many more from other countries. This shows that the end of the Einstein era in general realtivity has been accepted. As usual * denotes more than one URL form teh same location. Each entry may denote many visits from a given URL.

Arizona State, Bates, Berkeley*, Boston Univ., Caltech, Columbia*, Cornell*, CSU Chico, Case Western Reserve, Duke, ECPI College of Technology Online, Eastern Kentucky Univ., Embry Riddle Aeronautical Univ., Lane, Lehigh, MIT, Minnesota State Colleges and Universities, Montgomery, Michigan State, Michigan Tech, North Dakota, Northeastern, Oklahoma State*, Princeton*, Rutgers, Sanata Rosa, South Carolina, Swarthmore, Syracuse, Texas A and M, UC Irvine, UCLA, Univ Illinois Chicago, Univ Missouri St Louis, UMS Medical, Univ North Carolina Charlotte (UNCC), Univ Texas, Virginia Commonwealth Univ., Weber*, western Illinois, West Virginia Univ., US Dept of Health, Oak Ridge, ST Lucie County, Misawa AF Base, Robins Af Base*, US Ace Army, US NMCI Navy, Manhattan Beach Unified School District, Waco Indepednent School District, Botevgrad Inc., Gulf Aero Inc., Honeywell, Microsoft, Qinetiq, Raytheon.

Site Feedback Activity Nov 2008

November 30, 2008


Subject: Site Feedback Activity Nov 2008
Date: Sun, 30 Nov 2008 07:52:55 EST

This month there was unprecedented international interest in ECE theory, especially from the university and institute sectors worldwide. As usual I split the returns into four sections. This is the overall feedback.

For _www.aias.us_ (http://www.aias.us) up to Nov 29th there were 65,326 hits from 8,168 visitors downloading 5.237 gigabytes and reading 1,203 documents. There were visits from 84 countries led by US, Canada, Russia, France, Germany, Mexico, Britain, Italy, ………….. For _www.atomicprecision.com_ (http://www.atomicprecision.com) there were a further 103,884 hits. The most read papers were:

122, 117, 64, 116, 94, 121, 43, 41, 110, 113, 114, 25, 1, 76, 74, 99, 112, 102, 75, 109, 81, 120, 30, 52, 86, 93, 82, 90, 67, 85, 89, 91, 104, 95, 2, 88, 92, 37, 63, 103, 115, 61, 80, 21, 7, 98, 118, 93 plots, 105, 106, 42, 8, 56, 60, 100a, ………..

The most read articles were led by:

SCR in Spacetime Engineering (Horst Eckardt), Space Energy (Spanish), ECE (Spanish), Galaxies (Spanish), SCR in Spacetime Engineering (Spanish), ECE Engineering Model, Johnson Magnets, Life of Myron Evans (Kerry Pendergast), Space Energy, Crystal Spheres (Kerry Pendergast), ………..

Conservation of Total Angular Momentum

November 30, 2008


Subject: Conservation of Total Angular Momentum
Date: Sun, 30 Nov 2008 07:36:13 EST

The constants of motion in the usual orbital theory (e.g. papers 108 and 111) are total energy and total angular momentum. In complicated galactic structures the total angular momentum must be conserved, but in some parts of the system del J may not be zero and R may not be omega T, i.e. angular momenta in individual parts of the system may not be conserved. It depends on what is defined as “the system”. This may be one galaxy, or many interacting galaxies. The total angular momentum of the whole system is conserved, but in general this is a multi particle problem as in the computer simulation of molecular dynamics (see the early animation by Pelkie and myself on _www.aias.us_ (http://www.aias.us) ). If the orbit is defined as two particles, the total angular momentum of the two particles is conserved. So one can conceive of cases where

del g = c squared (R – omega T)

is not zero for a sub system. If one defines the system as N interacting spiral galaxies, it is known from yesterday’s discussion at Craig y Nos that this eventually becomes an ellipsoidal galaxy. The total angular momentum is made up of the angular momenta of the individual spiral galaxies. The birth of a galaxy in ECE theory is represented by an initial event, using spin connection resonance. Obviously, if one thinks of the vast amount of situations that are described by the Newtonian limit of ECE, it is clear that ECE will describe a vast amount more than Newton. Einstein is no known to be a false turn (wrong connection, missing torsion). I advocate beginning at the beginning, and modelling a simple galaxy first.

Interpretations of Orbits and Gravitational Attraction

November 30, 2008


Subject: Interpretations of Orbits and Gravitational Attraction
Date: Sun, 30 Nov 2008 07:23:42 EST

1) If the angular momentum in the previous note is a constant of motion then it follows that J is constant in a relativistic Kepler orbit for example, and that del J = 0. In this case there emerges the general law of orbits with constant angular momentum:

R = omega T

a result which has been obtained in a different way in previous work. The details of the orbit are obtained from the orbital theorem of paper 111, a new geodesic method which does not use the incorrect Einstein field equation. In galaxies omega T is equal to R but J is increasing in the non Newtonian region because v is constant. In a binary pulsar J is not constant and the orbit spiral inwards. This is perhaps describable by the opposite situation to a galaxy, where the stars spiral outwards. So there emerges a self consistent and very powerful description of orbits using the field equation plus orbital theorem of paper 111.

2) If we wish to interpret g as the usual centrally directed acceleration due gravity along a staright line (or what appears to us as a straight line on the earth), then we use omega approaching zero and

del g = 4 pi G rho = c squared R

to obtain the Newton inverse square law and the non-relativistic Kepler laws. In this case g is regarded as a straight line. If one imagines a circle with infinite radius, g (or the static E of Coulomb’s law) is the tangent to the circle:

g = c squared (T sup 010 i + T sup 020 j + T sup 030 k)

In the k axis g = c squared T sup 030 k

and points along k. In the spherical polar system g points along the radial coordinate r, and in both cases is generated by torsion in the limit of zero spin connection. Then orbits are generated as usual by a balance of gravitational attraction and centripetal repulsion.

Corrigenda to Note 124(1)

November 30, 2008


Subject: Corrigenda to Note 124(1)
Date: Sun, 30 Nov 2008 06:53:34 EST

Eq .(2) should be g = (ck / V) J where V is a volume, and eq. (4) is

del J = (4 pi ckGR / V) ———– (1)

which is an orbital equation in the limit of zero spin connection. In general:

del J = (4 pi ck (R – omega T) / V) —————– (2)

with J = cVT / k

T = k J / (cV)

Therefore eq. (2) is a differential equation in J which can be integrated and animated to give orbits of all kinds for inputted R and omega as models. A circular orbit with constant orbital velocity and constant distance between the sun and a planet, for example, gives:

J = mrv = constant

del J = 0

and

R = omega T

Then there are elliptical orbits of the Kepler laws, the relativistic Kepler orbits, the binary pulsar orbits and the constant v galactic orbits. These are all described by a given combiation of R, omega and T without any use of dark matter or gravitational radiation.

The ECE description is therefore preferred by the philosophy of general relativity, and by Okham’s Razor, over the hugely complicated and ad hoc standard description.

Dynamics of a Simple Spiral Galaxy

November 30, 2008


Subject: 124(1) : Dynamics of a Simple Spiral Galaxy
Date: Sun, 30 Nov 2008 04:46:13 EST

This gives the spiral structure of a galaxy from the interpretation of g as an angular momentum:

g = ckJ

and the spiral equation is the consequence of a constant v as observed in the outer region of the galaxy. Note that this is a new interpretation of g as being proportional to the orbital angular momentum. It is not the usual centrally directed g interpretation. The Newtonian case is given by:

del g = c squared R

and the constant v plateau by

del g = 0


Attachment: a124thpapernotes1.pdf

Craig y Nos Meeting 29/30 Nov 2008

November 30, 2008


Subject: Craig y Nos Meeting 29/30 Nov 2008
Date: Sun, 30 Nov 2008 03:19:22 EST

This was a milestone in the history of science, many astronomical data were discussed which show no trace of black holes where one would most expect them. We intend to collect these data and display them on our sites. Kerry’s summary here is as always apt and well balanced. If one attempts to abandon causal realism in natural philosophy, the result is obscurity, the opposite of enlightenment.

Dear All,

It will be great to see the new film.

The discussions on the new cosmology needed for the second film were most illuminating.  How many people can say they met over dinner, to formulate a new theory of the universe!

Please find below the ten milestones of Einsteinian physics, including the work of Peter Debye.

  The Ten Milestones in Einsteinian Physics     Myron’s breakthrough work had been a natural development of Einstein’s work and other great deterministic scientists of the twentieth century.    ·       Ernest Rutherford and Frederick Soddy had done great work at the turn of the twentieth century to allow the structure of the atom to be established.  ·       Einstein and Max Planck had fathered quantum theory and recognized light was made up of quanta.  ·       Erwin Schrödinger had explained the movement of electrons in atoms as being governed by a pilot wave according to his famous Schrödinger equation.  ·       Prince Louis de Broglie had recognized that electrons behaved as waves and their wavelength was a function of their speed.  ·       Einstein had developed Brownian motion to show that atoms exist and this work was further developed at Trinity College Dublin by Coffey and other workers in Aberystwyth, France and Italy and these had worked collaboratively in the Delta Project of the European Molecular Liquids Group (EMLG).  ·       Peter Debye had replaced Einstein as professor of Physics in Zurich University when Einstein moved to Charles University, Prague.  Debye had shown the importance in chemical physics of the polarization of electron bonds in atoms in chemistry and the importance of the dielectric nature of the bond in connection with the absorption of light.  This work was further developed by Professor Mansel Davies and Myron in Aberystwyth and their colleagues in Poland, leading to an understanding of the effect of light on the rotation of molecules and the formation of the new branch of physics known as non linear optics. ·       Peter Debye’s discussions with Schrödinger in Zurich enabled Schrödinger to formulate his great wave equation.  Schrödinger went on to continue his great work in deterministic physics in Princeton with Einstein, before becoming the Director of the Dublin Institute of Advanced Study. ·       Einstein had sought to prove the Copenhagen School of thought was wrong using his thought experiment the Einstein- Podolsky- Rosen (EPR) Experiment.  Podolsky went on to work at Xavier University with Professor John Hart who organized the famous Deterministic Physics Conference in 1962.  John Hart became a founding member of the Alpha Institute for Advanced Study.  ·       On their train journey back to Paris after the 1927 Solvay Conference, the younger Prince Louis de Broglie was charged by Einstein to fight the cause of deterministic physics from his Paris base.  This de Broglie did and especially so in his later years with his great assistant Vigier.  Vigier and Myron went on to write a series of books together entitled ‘The Enigmatic Photon’.  ·       Einstein had been obsessed with the nature of light during his time in Zurich.  Myron had also been obsessed with the nature of light in Aberystwyth, which he studied through the medium of far infra red spectroscopy.  Years later, working with a team of chemical physicists in Einstein’s Zurich, Myron made the breakthrough that gave a better understanding of Einstein’s photon.  ·       Einstein and Elie Cartan had collaborated to attempt to dock the curvature of space with the torsion of electromagnetism.  In 2003 Myron completed the process with Einstein-Cartan-Evans (ECE) Theory.   Thrilled to have been part of the groundbreaking conference.   Best Wishes   Kerry

 

________________________________

Sent: Thursday, 27 November, 2008 11:33:15 AM
Subject: Re: Meeting on Saturday

I suggest we set the meeting for 4PM at the castle so that horst and i will have  time to check in, have some lunch and a little rest before we get together. —– Original Message —–

Sent: Thursday, November 27, 2008 10:47 AM
Subject: Re: Meeting on Saturday OK see you there about 1.00 pm tomorrow – it will be very exciting to see the film.


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