Missing Forces for my Grand Unification Theory 1
Although Complex QM does define the behaviour and dfifferent types of complex forces the three types of forces used to unify Relativity and Classical are real forces that act between 3D and 4D.
The F Wave
The F wave (or Father's wave) is an Inter Dimensional Boundary force.
It acts like surface tension but between 3D and 4D.
This wave is used in Complex Quantum Mechanics (Complex QM) to explain
the behaviour of light being split into packets.
The quanta of light associated with Classical Quantum Mechanics (QM)
are really the 3D components of the F wave (see diagram F Wave 1).
The F wave also explains the gravitational effects bending light
around large bodies (say stars) as shown by Einstein. This is thus
one connection between Relativity and QM that are needed by any Unified
Field Theory (UFT).
Since distances double in 4D the length 2D of the 4D phase is double
that of the 3D phase. This shows that for the same force objects travel
twice as far in 4D.
The amplitude of the 4D phase is half that of the 3D phase since we only
need half the force to travel the same distance.
This neatly gives each phase the same area under their curves and thus
the same energy spent.
The T Wave
This wave is just a smaller F Wave which allows light to 'wobble" as
it progresses along it's phase arc and comply with observation.
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The V Wave
The V wave provides a link between the F wave and sub atomic forces
as the two waves can theoretically map onto each other (see diagram V Wave 1).
Perhaps poorly named, this wave is actually a U shape.
It has an exponential decay associated with atomic nucleii but also
the decay reverses into an increase as the wave enters the second
half of it's phase.
Continued on page 2
This very nicely provides a solution to the physicists grail of
explaining energy to mass transformations. This is another connection
between Relativity and QM. In fact Complex QM provides several
instances and is truely a UFT (if not the UFT).
There is a nice explanation of the true shape of the V wave at my yahoo group:
Complex Quantum Mechanics Yahoo Group
http://tech.groups.yahoo.com/group/complexquantummechanics
The shape follows the curve for the Exponential Function.
This shows how matter changes inside a spherical nucleus by
radiating as a sphere from the centre to the suface and back again!
No other explanation of the mass to energy process exists and my theories
have been unchallenged since 1999!
The W Wave
This wave is just a smaller V Wave. The names chosen for the waves
are now easier to explain as W represents a V and V.
I have not yet found an instance in which the V and W waves occur together.
However it is sometimes debatable if the wave is a V or W wave depending
upon it's size.
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The S Wave
To complete my UFT I wanted to explain how the forces binding a nucleus
could work (see diagram S Wave 1).
I see the nucleus not as a static body (currently the view of physicists)
but dynamic (or at least struggling to be so).
If you take two poles of a magnet and push them together they repel.
In energy/matter terms this is the same for two areas that are matter rich
and energy poor.
So the quarks and particles inside the nucleus try to repel each other and
the Scarp component of the S wave developes.
However this is conteracted by the F wave that is trying to compress the
nucleus. At the vertex of the S wave the F wave triumphs and a sudden
collapse shown by the Dip component of the S wave.
The D Wave
This wave is just a smaller s Wave. It would allow particles smaller than
the quark to exhibit their own eefect.
The D wave is also very important as it explains the spacing of electrons
around a nucleus for the first time.
There is a nice explanation at my yahoo group:
Complex Quantum Mechanics Yahoo Group
http://tech.groups.yahoo.com/group/complexquantummechanics
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