MAGNETIC ENERGY TAUGHT ME NEW BASIC CONCEPTS

by Larry Spring

MEASURING SIZE OF ENERGY BY SPEED AND TIME In my first article published in
the "Journal of Borderland Research" September and October, 1990, I
mentioned several personal observations revealed to me by the radiated
magnetic energy itself.  First and foremost it is important to recognize the
speed of light at approximately 300,000 kilometers (186,000 miles) per
second in a vacuum.  This same speed holds for all radiated magnetic energy
including radio, television, infrared heat, visible light, x-rays and gamma
rays to name a few.  Speed in air is approximately the same as in a vacuum. 
This speed I verified by measuring in 1954. The next important factor is
"time", which is usually described in seconds.  It is the same time as
measured by your watch. At 186,000 miles per second radiated magnetic energy
can travel 3 inches in 1/4,000,000,000 second (one 4 billionth of a second).
Three inches is the peak to peak wavelength of the C band satellite TV down
link transmission.  In 1/60,000,000 (one 60 millionth) of a second radiated
magnetic energy can travel 16 feet (192 inches).  This is the frequency and
wavelength of television Channel 3.  Mid range of visible white light has a
frequency of approximately 600,000,000,000,000 (600 trillion) times a second
which at the speed of light determines its wavelength of approximately
1/50,000 inch (one fifty thousandth of an inch).  In metric that would be
about 0.55 microns. When I say wavelength I use it as a unit of measure only.
When I say foot I use that also as a unit of measure.  I am not talking
about your foot.  Electromagnetic energy in 1985 revealed itself to me as
spherical units of radiated magnetic energy in an infinite range of sizes
from tiny gamma rays to AM radio, and beyond in both directions, and
everywhere in between.  A white light photon mid range is about 1/100,000
inch (one 100 thousandth of an inch) in diameter.

SCREENING FOR SIZE By closely measuring the spherical units of magnetic
energy, by running them through various sized wire mesh, like screening
gravel, I, Larry Spring, determined them to be the 1/2 wavelength in
diameter.  This made sense as they were being formed by an alternating
electrical current running back and forth in a 1/2 wavelength resonant
electrical current conducting rod.  The magnetic field forming around the
conductor as per Hans Christian Oersted's right hand rule was cast off by
the reverse polarity magnetic field forming inside of it as the electrical
current and field reversed direction in the conducting rod. The electrical
field is tied to the electron and effectively repels other electrons without
the electrons actually bumping (like charged particles repel).  The
electrons travel in a metal conducting wire and the electrical current field
travels in and around the conductor, while the magnetic field is driven away
mainly at right angles to the electrical field's path traveling in and
around the conductor.  This high speed radiated magnetic field traveling at
186,000 miles per second can duplicate an alternating electrical current in
any conductor it crosses, providing this conductor is lying in a position to
cut the magnetic lines of force of the spherical units of energy that are
radiated from the transmitting conductor in alternating magnetic polarity as
formed around an alternating electrical current carrying rod or wire.

MEASURING ENERGY UNIT SIZE BY SURFACE ROUGHNESS This wide variety of sizes
gives rise to a wide variety of actions.  4GHz (4 billion vibrations per
second) satellite transmitted units of magnetic energy will bounce
accurately from sandpaper as the energy unit is the same size as a ping pong
ball that bounces accurately from a sandpaper coated ping pong paddle. 
Light photons of 1/100,000 inch in diameter slamming onto sandpaper at
186,000 miles per second will scatter in all directions as dictated by the
surfaces of the tiny grains of sand.  It takes a mirror finish to uniformly
bounce photons of light.  Channel 3 TV 8 foot diameter units of magnetic
energy as defined by Larry Spring in 1985 will bounce accurately from fairly
rough ground that would scatter ping pong balls sized units of satellite
magnetic energy. Bouncing accurately or scattering from a surface of various
roughness is an effect of size but passing through mass is also a product of
size both large and small.  An 8 foot diameter unit of energy would not be
much affected in its travel by a cannon ball held up in its path, while the
same cannon ball would make a ping pong ball sized unit of satellite signal
bounce in a direction dictated by the slope of the point of contact.  Tiny
x-rays can pass right through the space in an atom.  Gamma units of magnetic
energy as so very tiny that they can pass right through an atom unless one
hits a nucleus which make a sizable reflecting surface for gamma rays from
which to rebound.  So transparent or opaque is a result of structure of mass
in relation to radiated magnetic energy size.

SEEING WITH PHOTONS Other than my own writing, I have never seen in print or
heard anyone state the size of a photon of light other than they say it is
very tiny.  I, Larry Spring, applying my television spherical units of
energy observations to the known frequencies and wavelengths of visible
light have in 1985 determined that the mid range of visible light photons
are about 1/100,000 inch in diameter.  Metal window screen with 1/16 inch
openings is transparent to light while it is opaque to C band satellite
signal.  In practice you can see through a screen while satellite energy 1-
1/2 inches in diameter will not pass through.  Neither will 8 foot diameter
spherical magnetic units of energy of TV channel 3 transmission. 6,000
photons of visible light can pass side by side through a screen hole.  6,000
layers of 6,000 each making 36,000,000 passing in one instant would fill the
screen hold without overlapping and I see no reason why they cannot overlap.
36 million photons in one instant traveling at the speed of light means that
a string of photons 36 million thick extending 7 times around the world
would pass through that one screen hole in one second. The hole or pupil of
our eye is about the size of a screen hole.  It is no wonder that we can
almost instantaneously receive light of varying density bouncing off the
scene in front of us conveying the high lights and low lights (shadows) to
reveal the irregularities of all we see.  It is a variation of amplitude
that gives us the lights and darks, but better yet we see variations in
frequencies at the same time which gives us color.  I say we see both in
amplitude (AM) and frequency (FM) modulation.

BOUNCE OR RERADIATE There is a vast difference between simple bounce of
spherical units of magnetic energy as recognized by Larry Spring and
absorption and reradiation.  This can readily be viewed with light and your
eyes as receivers, but to understand what really takes place it is better to
use television frequencies, a sensitive signal strength meter, and simple
absorption and reradiating rods in conjunction with a test dipole antenna. 
Convenient energy sizes to work with range from 4 billion cycles a second,
with a spherical 1/2 wavelength diameter unit of magnetic energy of 1-1/2
inches, which is 150,000 times the diameter of a photon of light, to 60
million cycles a second of TV channel 3 with a spherical unit diameter of
9,600,000 times the diameter of a photon of light. All magnetic units of
radiated energy will bounce intact from a smooth nontransparent surface, or
nonporous surface.  Although polished metal is best it need not be metal. 
In fact anything you can see has bounced photons of visible light.  Had all
the light been absorbed and reradiated, it would reradiate in infrared
invisible frequencies of heat and the reradiating surface would look black.
With the test antenna and TV frequencies, magnetic units of energy can be
redirected from the surface of a metal plate to the antenna simply by
tilting the metal plate and using the law of reflection, which states that
the angle of incidence equals the angle of reflection.  That is why a
parabolic reflecting satellite dish works so well. With absorption and
reradiation a resonant 1/2 wavelength conducting rod is used in a position
that cuts the magnetic lines of force of the high speed transmitted
spherical magnetic units of television signal composing the energy front. 
These reradiating resonant rods are used as reflecting rods in most
television antenna arrays.  A reverse polarity magnetic field is formed
around the resonant length conducting rod.  This field's polarity opposes
the action of the passing field that caused it.  That is the essence of
Lenz's Law, and can be readily recognized when testing reradiation from rods.
This reverse polarity magnetic field radiates outward, but instead of being
directed as a unit from a smooth surface, it radiates in a global pattern
from the reradiating rod.  It's strongest direction is perpendicular to the
rod.  This radiated energy can be traced all the way around the rod.  This
rebroadcasting satisfies Christian Huygen's observation that every point on
a wave front is a new point of transmission, but does not take into
consideration the more obvious and common simple bounce of spherical units
of energy composing the energy front as recognized by Larry Spring in 1985.
People will say this is all very interesting, but how can I use it. 
Actually you are using the principle of radiation from light through heat to
TV and radio all the time.  They all work the same and travel the same speed,
only the unit size is controlled by the frequency.  The density of energy is
governed by the power output of the transmitter and the spreading of energy
from its source.  It gets thinner by the square of the distance. Think of
the retina or back surface of your eye as a field of one hundred and thirty
five million TV antennas each receiving the light photons bouncing from one
tiny area you are viewing.  They are converged through your eye lens and
reproduce the scene in front of you in miniature on the retina of your eye. 
Now remember 36 millions photons can and do pass through the pupil of your
eye in one instant and a line of photons as long as 7 times around the world
can pass in one second.  Light to be seen has to go through your eye pupil
either directly from its source like a light or the sun, or bounce off the
scene in front of you.  The photons hitting the back of your head do not
enter your eye.  There are so many photons bouncing around during daylight
hours all going so fast that you have no trouble seeing.  Highlights or
bright spots show concentrated light coming in an almost direct bounce path
from the sun while shadows show light arriving from some less direct route. 
Very dark shadow shows you are receiving almost no light from that point. 
Black means the visible light energy has been absorbed and, if the object
feels hot, you know the energy is reradiating in the lower frequency of
infrared.  Green grass or tree leaves tell you the red has been absorbed and
only the blue and yellow is reflecting or bouncing.  We see this as green. 
Sometime after dark take a green leaf and hold it near the red tail light of
your car and it will look black, as the red is all absorbed.  Plants use
ultraviolet too, but it is naturally invisible to the human eye. When you
see blue smoke from a chimney you know the smoke particles are a group of
molecules just large enough to make a bounce surface for blue light (about
0.2 microns).  If the smoke is white the group of molecules are large enough
to make a bounce surface for white light.  If the smoke is black, light is
being absorbed and reradiated as infrared, which is a lower frequency than
white light, that can be detected as heat. The sky is blue, the clouds are
white, the evening sun in a smoky sky is orange or red all due to varying
sized bounce surfaces for photons of visible light. Yes, we use radiated
energy every day, all day long for light and heat and in its stored form of
water power and plant carbons we use it for light, heat and motive power all
night too.  We have used it for years.  It's interesting to learn more about
the shape in which it arrives from the sun.