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Mastronics

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lap...@gmail.com

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Jan 3, 2007, 9:10:02 PM1/3/07
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mas/tron/ics : mass- a collection or quantity of particles forming
a coherent unit of matter
tron- a device to manipulate subatomic particles

A theory of a binary creation into three dimensional space

Sometime near the beginning of creation there was three dimensional
space, and in this space there were electrons and positrons. One
positron bonded with one electron forming a neutrino, creating the
first of many composite particles. The neutrino exibits no measurable
electromagnetic signature and travels effortlessly through matter. A
second generation composite particle emerged from creation, it was the
bonding of two neutrino into a photon. The photon composed of two
electrons and two positrons, has much stronger bonds than the neutrino
and exibits a strong electromagnetic signature. The photon is natures
smallest electomagnet and a subatomic building block from which all
other matter originates. In this high density soup of electrons,
positrons, neutrinos, and photons, a true miracle of nmas/tron/ics :
mass- a collection or quantity of particles forming a coherent unit
of matter
tron- a device to manipulate subatomic particles

A theory of a binary creation into three dimensional space

Sometime near the beginning of creation there was three dimensional
space, and in this space there were electrons and positrons. One
positron bonded with one electron forming a neutrino, creating the
first of many composite particles. The neutrino exibits no measurable
electromagnetic signature and travels effortlessly through matter. A
second generation composite particle emerged from creation, it was the
bonding of two neutrino into a photon. The photon composed of two
electrons and two positrons, has much stronger bonds than the neutrino
and exibits a strong electromagnetic signature. The photon is natures
smallest electomagnet and a subatomic building block from which all
other matter originates. In this high density soup of electrons,
positrons, neutrinos, and photons, a true miracle of nature was given
birth. From the center of this chaos, magnetic lines of force radiated
outward, photons aligned linearly along these magnetic lines, creating
a three dimensional hollow photon sphere with a 9.09 electron diameter
radius. 460 photons participate in the formation, creating natures
first 3D binary spherical structure. This was the primary neutron
composite particle, it flaw was that it was too perfect, it can be
better described as a very sensitive crystal that when subjected to
impact or electromagnetic energy, it would resinate violently causing
the disintegration of the structure. To offset this problem, the
crystals first impact causes one photon from the spheres outer
structure to be absorbed internally. Through a charge balancing and
redistribution effect, an octagonal aperture opens through the photon
membrane of the sphere, This is the common neutron that we see
abundantly in nature. The common neutron has many mechanisms that
contribute to its structural stability that describe the very nature
and behavior of matter.

model of a 2D cross section of the primary neutron crystal
ature was given birth. From the center of this chaos, magnetic lines
of force radiated outward, photons aligned linearly along these
magnetic lines, creating a three dimensional hollow photon sphere with
a 9.09 electron diameter radius. 460 photons participate in the
formation, creating natures first 3D binary spherical structure. This
was the primary neutron composite particle, it flaw was that it was
too perfect, it can be better described as a very sensitive crystal
that when subjected to impact or electromagnetic energy, it would
resinate violently causing the disintegration of the structure. To
offset this problem, the crystals first impact causes one photon from
the spheres outer structure to be absorbed internally. Through a
charge balancing and redistribution effect, an octagonal aperture
opens through the photon membrane of the sphere, This is the common
neutron that we see abundantly in nature. The common neutron has many
mechanisms that contribute to its structural stability that describe
the very nature and behavior of matter.

model of a 2D cross section of the primary neutron crystal

Frequency to energy translations

I find myself not in total agreement with Planks constant and the
equation
{ E = h }, I find that energy is proportional to frequency squared { E
~ } and Planks constant is more a description of photon dynamic
properties .

the algebratic reasoning :


V =2 r V= 4r E = 1/2 M V

E = ( 2 rM ) P = 2r M

E =P P = the photon energy constant

calculating P ( photon energy constant ) :


m = mass of the photon ( 3.642 * 10^-30 Kg )

r = center of photons rotational mass ( .42 )( 5.5 * 10^-12 m )


P = 2r m = (19.74) ((.42)(5.5*10^-12)) (3.642*10^-30)

P = 3.84 * 10^-52


Neutron release frequency :


= E / P = (1.64*10^-13) / (3.84*10^-52)

= 2.067*10^+19 hertz

Photons rotational velocity at 2.067 * 10^+19 hertz :


V = 2r = (2.067*10^+19 )(6.28)(.42)(5.5*10^-12)
V = 2.998 * 10^+8 m/s

-note - It is important to gain a good grasp of the frequency to
energy translation equation since it is the primary equation for the
subatomic gravitational equation.

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