[General] A paradigm shifting – A new theory for the diffraction of light
Wolfgang Baer
wolf at nascentinc.com
Sun Jan 21 12:22:39 PST 2018
Chandra:
This paper acknowledged you. It is a detailed application of
alternative QM from Lande among others THat I've always been intrigued
with.
Lande's idea was that al forms of the uncertainty principle h/t= nE ,
h/x=np define the probability of momentum and/or energy exchange based
on the symmetry in the "t", "x" configuration of an electromagnetic
particle. One Fourier transforms the particle, in this case the slit,
and the probability of the energy exchange is proportional to the
transform amplitudes of two particles individual waves
What's most intriguing about this is that if we conceive of a background
space in which EM particles are contained , and that containment is
defined by Fourier plane waves that permeate the whole space then
momentum exchanges can happen between particles at great distances, of
course gravity and velocity would limit the matching of the waves to
usually ;local pairs.
Wolf
Dr. Wolfgang Baer
Research Director
Nascent Systems Inc.
tel/fax 831-659-3120/0432
E-mailwolf at NascentInc.com <mailto:wolf at NascentInc.com>
On 1/16/2018 2:05 PM, Mike Mobley wrote:
Dear friends and colleagues,
I want to engage you in the campaign to shift a scientific paradigm.
Einstein once commented, “The significant problems we face cannot be
solved at the same level of thinking we were at when we created
them.” This speaks to the opportunity of a path less traveled.
The wave nature of light has been a dominant paradigm for over two
hundred years. In my recent publication in the journal, /Optical
Engineering/: “Momentum Exchange Theory of Photon Diffraction,” I
describe an alternative particle model for light that accounts for
our observations of optical diffraction. Even those without a
background in physics can appreciate the impact of this move away
from traditional theories premised on a wave nature for light. This
is a simple idea that will change our physics textbooks.
I’ve included the abstract below. The complete paper can be
accessed and downloaded for free at the journal website:
http://dx.doi.org/10.1117/1.OE.57.1.015105
<https://urldefense.proofpoint.com/v2/url?u=http-3A__dx.doi.org_10.1117_1.OE.57.1.015105&d=DwMFAA&c=h8tWSEopLyY-jufMqa6tqNiQLH-Hu55HVFAFe4cURDM&r=4sW4BtvqSfYNZdSetS0xqjha7gyaEmtiuIz_4TuIsK4&m=i_UDflK0UOQv0MXY6ox81wT6fV9CaQ-o7pHYaCwxkD8&s=ytNFJivmO6S1gyz21K48SMxFbA8Wy08y95XPvTsYIy0&e=>
Please be encouraged to examine the paper, to ponder these ideas,
and to share them with friends and colleagues.
Grace and peace,
Mike
*Momentum Exchange Theory of Photon Diffraction*
*Abstract*. “Momentum Exchange Theory”(MET) provides an alternative
picture for optical diffraction based on a distribution of photon
paths through momentum transfer probabilities determined at the
scattering aperture. This is contrasted with classical optical wave
theory that uses the Huygens-Fresnel principle and sums the phased
contributions of wavelets at the point of detection. Single slit,
multiple slit (Talbot effect) and straight edge diffraction provide
significant clues to the geometric parameters controlling momentum
transfer probabilities and the relation to Fresnel zone numbers.
Momentum transfer is primarily dependent on preferred momentum
states at the aperture and the specific location and distance for
momentum exchange. Diffraction by an opaque disc provides insight to
negative (attractive) dispersions. MET should simplify the analysis
of a broadened set of aperture configurations and experimental
conditions.
*/Michael J. Mobley, Ph.D./*
*/Executive Director/*
Center for Integrated Science, Engineering and Technology
Grand Canyon University
3300 W. Camelback Rd. Phoenix, AZ 85017
Cell: 480 720 1860
Email: mike.mobley at gcu.edu <mailto:mike.mobley at gcu.edu>
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