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Seven Crystal Spheres Page 1 / 184
Seven Crystal Spheres



By



Kerry Pendergast





Part A:-

An Introduction to the Work of the Alpha Institute
for Advanced Study (AIAS) from an Historical
Perspective




Part B:-

From Relativity to ECE in Seven Days based on
Seven Crystal Spheres.

Page 2 / 184
Seven Crystal Spheres.

By

Kerry Pendergast (Alpha Institute for Advanced Study)


Part A: - An introduction to the work of AIAS from an historical
perspective.

Part B: -From Relativity to ECE in Seven Days based on seven
Crystal Spheres.



A) Introduction to the work of AIAS.

B) Early Astronomy, The Days of the Week and the Crystal Spheres.

Sunday
Sun
Testing ECE theory and Relativity.
Baconian Science. Cosmology.
Monday
Moon
General Relativity.
It takes two to tango.
Tuesday
Mars
War of the Worlds:
God Does Not Play Dice!
Wednesday
Mercury
Perihelion Advance, Vulcan and
Double Pulsars.
Thursday
Jupiter
The Speed of Light, Special Relativity
and Warp Drive.
Friday
Venus
Distance, Scale and Metrics.
Saturday
Saturn
Electromagnetism and the
Civil List Scientists.
Music of the Spheres.

The Civil List Poets. Page 3 / 184
From Relativity to ECE in Seven Days based on Seven Crystal Spheres.


Preface.


Einstein is famous for his 1905 theory of special relativity and his 1915 theory
of general relativity. It is also well known that Einstein was able to show that
Max Plancks photon was actually real and in so doing became the father of
quantum theory. However, Einstein has gone down in history as wasting the
second half of his life trying to win an argument that started at the 1927 Solvay
conference on the nature of quantum theory.

After Newton it was widely accepted that the universe operated like
clockwork with time as the standard by which everything else was to be
measured. Events such as the collisions between particles could be determined
by feeding initial masses and velocities into the appropriate equations and the
universe was therefore described as deterministic. However, Heisenberg came to
believe that at the subatomic level events could not be determined accurately
because probability was predominant in calculations so in effect experiments
performed identically on different occasion could produce different results which
it could be said were influenced by the throw of a dice. Thus two schools of
thought emerged from the 1927 Solvay conference, Einsteins deterministic
school and the Copenhagen school of indeterminism based on probability. By
the second half of the twentieth century physicists for some unfathomable reason
saw indeterminism as the only game in town and came to regard Einsteins views
as that of a scientific dinosaur. It then became a case of the Emperors Clothes
in physics where the Copenhagen convention was sacrosanct and aspiring
physicists criticised it at their peril. This led to the stagnation of physics and the
ascendance of theories which flourished in the new physics of magic and
spookiness that had previously been proven false by Newton. At the subatomic
level physics regressed to the blinkered view of physics and astronomy that
Galileo had fought so bravely against.

It is not widely known that Einstein was not isolated in his quest to return
physics back into balance, but was supported and even surpassed by other titans
of physics such as Schrödinger, De Broglie and Vigier. Vigier was chosen by
Einstein to be his assistant but in the event ended up working with Einsteins
staunch ally Prince Louis De Broglie in Paris for forty years. Eventually Vigier
would continue to promote Einsteins and De Broglies work with modern
scientists through the formation of the Alpha Institute for Advanced Study (aias), Page 4 / 184
which was formed in 1996 as a conduit for bringing Einsteins deterministic
approach to physics back into the mainstream. Aias did just that in 2003 when
the group succeeded in completing Einsteins life work by combining light,
gravity and quantum electrodynamics into one grand unified field theory. The
theory is called Einstein-Cartan-Evans or ECE theory and allows physics to be
seen with fresh eyes and provides new equations as tools to bring about a new
age of physics.


Page 5 / 184

Seven Crystal Spheres





Part A:-

An Introduction to the Work of the Alpha Institute
for Advanced Study (AIAS) from a Historical
Perspective





Part B:-

From Relativity to ECE in Seven Days based on
Seven Crystal Spheres.

Page 6 / 184
Seven Crystal Spheres





Part A:-

An Introduction to the Work of the Alpha Institute
for Advanced Study (AIAS) from a Historical
Perspective


Contents.
Relativity and quantum theory, deterministic and acausal physics.
The split in physics in 1927.
Einstein, Cartan and Evans, ECE theory and AIAS.
Table of differences between ECE theory and the standard model.
The unification of gravity and quantum theory.
Einsteins 1905 and Evans 2003 miracle years.
The ultimate truth that physics is geometry.
Myron Evans and Pontardawe Grammar School.
Rugby and football.
Professor Mansel Davies and the far infra red.
Myron and the Edward Davies Chemical Laboratories.
Aberystwyth University.




Page 7 / 184
Seven Crystal Spheres



Part B:-

From Relativity to ECE in Seven Days based on
Seven Crystal Spheres.




Early Astronomy, The Days of the Week and the Crystal Spheres.


Chapter 1. The Sun: - Testing ECE theory and Relativity.


1. The Sun and Navigation, the Rise of Baconian Science, the Royal
Society and the Voyages of Discovery.
2. The Royal Institution, the Nature of the Atom and the Rise of the
Cavendish Laboratory.
3. Alchemy, the Philosophers Stone and the Rise of the Edward Davies
Chemical Laboratories.
4. The Age and Power of the Sun.
5. Testing Relativity and ECE Theory with the Sun and the Bending of
Light.
6. The French Connection.
7. Visualizing atoms at EDCL.
8. The Completion of Einsteins Work and the Rise of AIAS.
9. The Sun, Cosmology, Fred Hoyle and the Steady State Theory.
10.
Across the Universe.

Chapter 2. The Moon General Relativity.

Chapter 3. Mars War of the Worlds: God Does Not Play Dice!

Chapter 4. Mercury Perihelion Advance, Vulcan and Double
Pulsars. Page 8 / 184

Chapter 5. Jupiter The Speed of Light, Special Relativity and
Warp Drive.

Chapter 6. Venus


Chapter 7. Saturn. Electromagnetism and the Civil List Scientists.



Table of Civil List Scientists.

Table of Order of Merit Natural Scientists.

Table of Civil List Poets.

The Fifty Experimentally Tested and Philosophical Advantages of ECE over
the Standard Theory.


The Summary of Unified Field Papers 93-115.

Epilogue
Page 9 / 184
Seven Crystal Spheres.


Part A:- An Introduction to the Work of AIAS.

As far back as the seventeenth century, Galileo was thinking about problems
raised by relativity with respect to two observers watching the same event. He
considered how the path of a ball, falling from the mast of a ship as it was
leaving harbor, would look to a person on the ship and an observer on the shore.
He concluded that the ball would appear to fall vertically down to the person on
the ship, but show a sideways motion, related to the ships speed to the observer
on land.

In the nineteenth century scientists and mathematicians in a number of
countries began pondering the effects of relativity on objects and observers
traveling at high speed. As the century progressed, the importance of this
strange area of physics was becoming clearer. James Clerk Maxwell produced
equations showing light always moved away at the speed of light irrespective of
the speed of an observer and in 1887 Michelson and Morley proved
experimentally, that this was the case. George Fitzgerald suggested that at high
speeds, close to the speed of light distance contracted and this explained what
Maxwell, Michelson and Morley had found. Olivers Heaviside experiments
with electricity were confirming this and Lorentz produced a formula which
could be used to calculate the degree of this contraction.

At the turn of the twentieth century, building on the work of these nineteenth
century scientists and mathematicians, Einstein was able to formulate his great
theory of special relativity. Einstein later extended special relativity (which
describes how object