On a sunny day (Sat, 03 Aug 2013 15:44:57 -0700) it happened Jamie M
<
http://en.wikipedia.org/wiki/Bo_Thidé>
The question is what OAM can be used for. It may work in fiber
optics,
and some of the literature on "vortex launch" talks of OAM, and some
talks simply of avoiding the central defect of practical fiber (as I
had described in a prior thread).
Joe Gwinn
Well, if it's all evanescent, big whoop. Everyone has known since
Fourier that if you include evanescent modes, you have a complete
basis
set, so you can make anything you like. But it ain't too useful for
communication, even quantum communication.
That wasn't the claim being made back at the beginning of all of this
foofaraw.
Cheers
Phil Hobbs
Hi,
I think OAM and the relativistic hall effect could give a physical
description of E=mc^2 and physically describe the translation between
energy and matter maybe. Maybe matter is light with significant OAM,
and the relativistic hall effect asymmetry of its motion causes it to
curve into a toroid shape or other shapes that can be self sustaining.
cheers,
Jamie
Snipped some, but I like Maxwell,
https://en.wikipedia.org/wiki/Maxwell's_equations
his equations are based on _fluid dynamics _.
Now this is not my field, but when you mentioned that OAM
I try visualizing with water as medium.
Now I COULD imagine a rotating fan with a piezo beeper on it...
Sure, in the 'near by' (field LOL) the water would rotate a bit,
and for sure a similar propeller would also start rotating.
First thing that is clear here is that here will be a signal delay,
sound in water moves at a fixed speed (sonar), and when moving in
spirals the sound
will be more delayed if spiral has more turns per unit of distance (cm
duh).
So when moving away from such a [sonar] transmitter you will see
timing issues.
Then I was thinking for sure if a professor starts thinking about
this, then things will get more expensive,
and some of his students will be assigned to write papers for their
PhD thesis about this,
and you can then staple (no that would be painful) so glue all those
sheets of paper together
to make a nice big roll of tissue paper.
That will hurt trees and is not green at all, so here is also a
political dilemma.
Then I was thinking if you do the same and send the rotating water
into a tube (fiber),
maybe it will be seen to rotate over a longer distance (apart from
friction etc).
But can this be used to send more information>?
Sure if it rotates faster or slower I am sure one of those papers will
find a way,
but to find the rotation in degrees per unit of length over a distance
where it
changes anyway, I think that would not be a very hope giving project.
From an aether POV it is interesting, and some of those tissues may
be worth reading before use.
Anyways I am no expert on that, I just do not like photon,
kwantuum computahs are a hoax in my NSHO, and if there is any
quantization it is on the level of the water molecules,
not of the level of our ping pong balls (electrons connected to atoms)
connected to poles as detectors.
So, that was my 'Deep Thought' (not to be confused with that similar
sounding movie) for this morning.
Standard ending of paper:
We Think This Reseach Has Brought The Quantum Computer So Much Nearer
With Additional Fundding And A Lifetime Of Research
Nuclear Fusion
Gravity Waves
Quantum Computer
OAM
??