Re: Is it our math letting us down?


David Thomson wrote:
Borne wrote:
First of all. Pls. show how your aether units can form waves.
I mean when you have two slits open. Why is there interference
pattern at all. Pls. be specific and exact. I can't imagine how
waves can form in your model.

You can see from this page what the photon looks like and how its
quantification ties in with the APM:
http://www.16pi2.com/angular_momentum.htm

The photon shape in five dimensions looks like the one spin drawing.
In four dimensions the photon looks like the tubular cardioid. The
electron in the APM is quantified as Planck's constant. The photon is
quantified as Planck's constant times the speed of light:

Ok. Let me get back to this. Let me just focus on the double
slit experiment as its step one to know if any model makes
sense. When your photon is emitted. The cardiod ring is
expanding as your said. Is a cardiod ring made up of one aether
unit or is it the collective shape of many aether units? Second,
you said the photon as angular momentum moves from one aether
unit to another and the angular momentum weakens as it does. Now
here's the problem. After it passes thru the double slit, its angular
momentum spreads. But how come in the detector, a
whole photon is localized. How does your spread out
angular momentum converge into a point at the detector??
Pls. elaborate in details as this is the key to whether your
model or anyone makes sense.

borne


phtn = h * c

The photon is an exploding electron that expands and transfers its
angular momentum from Aether unit to Aether unit. Since the Aether
units in relaxed space (vacuum) are one Compton wavelength apart and
the angular momentum can transfer from one Aether unit to the next only
at the quantum frequency, then the photon moves at the speed of light.

c = w.C * F.q

The photon is an ever expanding cardioid shaped ring (in four
dimensions). When the photon reaches the double slit it is a cardioid
ring with a radius of half the distance between the photon source and
photon target. The same photon that passes through one slit would pass
through an infinite number of slits if they were arranged in the
cardioid pattern of the photon. If the perpendicular of the slit plane
is not aligned with the target source, then the photon will enter the
slits at slightly different times, thus changing the diffraction
pattern.

Now the second inquiry is how your aether units or
onns or particles or whatever can appear in the detectors.
For example. You emit one electron from the source each
day a year. After 2 years. Interference pattern is formed.
This means each electron emission has wave characteristic
that passes thru both slit and affect the particle.

The electron is also angular momentum, just as is the photon, and it
has the same shape. Instead of sending one expanded double cardioid
through the slit, we are sending numerous smaller single cardioids
through the slit. The space-time in which the electron is moving is
made up of a lattice of quantum rotating magnetic fields with the
double loxodrome topology. The electrons must move through this
topology and thus the patterns they make will reflect the Aether
topology.

To elaborate. How does your onn or whatever moves in
between the source and detector in the double slit
experiment. Suppose it moves and passes thru the
right slit. How come the wave passes thru both slits.

If a single electron is shot through just one slit or the other, there
would not be an interference pattern. It's position on the target
might seem random, but it should be precisely the result of the exact
path the electron took to the target, through the double loxodrome
Aether units.

And the location of the particle is in the positions in
the detector where there are no destructive interference.
How does the particle as it passes thru one slit
communicate its activity with the wave part that passes
thru both slits??

The topology of the path of the electron is identical through both
slits, but the slits are separated by a given distance. The
diffraction patterns represent the structure of curved space-time that
the electrons must pass through. The "destructive interference" is
thus the curvature of the Aether, not a material object.

Would you like to see a clear example of space-time being distorted to
alter the path of electrons? Place a magnet near a CRT monitor and
observe the patterns of the screen. The magnet polarly aligns the
Aether units such that the electrons from a particular electron gun are
all brought back into a particular path, rather than going where the
control magnets had sent them.

Remember, the quantum Aether unit is a quantum rotating magnetic field.
To control a magnetic field is to directly manipulate the Aether.

Dave

.

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