Re-Phenomenology through IT
By
Masakazu Karita
copy right January 5th, 2003
Through
information technology copying a real object to produce another real object
without the use of its material seems to be an ideal way of solving energy and
food problems of the world and it seems to be a long way to accomplish. However, as the prospective aspect, one
characteristic of an original object might be transferred to the computer soft
in the form of image or sound since an object is made up of molecules; each
molecule is made up of atoms; each atom is made up of particles that are made
up of energy waves of which one specific characteristic of the object, in this
case "the heat", might be conveyed as the information though the
characteristic of the original object is slightly transferred yet might
possibly be accumulated little by little, and might possibly be sensed and then
perceived by human beings as to the extent that human beings can feel warm
enough to feel comfortable even during the winter season. Information Technology does not
necessarily mean to convey information on only electromagnetic waves. The information might also possibly be
conveyed on other waves such as sound, photon, graviton, or other particles or
on other waves. And that
information with the particles might be conveyed as well on the electromagnetic
waves. Stemming from the theory of
Gravitonics written by Dr. Hideo Seki, it seems to be possible to create the
heat source soft and might possibly be used extensively throughout the world to
warm up oneself as the convenient tool as well as the source that can be even downloaded
from the web net.
According
to quantum theory, a matter is made up of particles. Whether each particle can be wave as well as being a
particle itself, re-phenomenology might be considered to be possible with
several combinations of particle-waves, that can be parity of photon, photon,
graviton, and other particles and waves in addition to generally known
electromagnetic waves. The new
technology called Gravitonics, according to Dr. Hideo Seki, is possible as the
technology called electronics seems to be a dominant stream of Information
Technology at present.
Several
questions arise such as “How can you collect other particle-waves?” “How can
you make use of other particle-waves?” “What information can be conveyed on
other particle-waves?” “How do they relate to electron?” “How do they relate to
magnetic fields?” “What are the functions of magnetic fields?” “What about
electromagnetic fields?” “What is the definition of a real object?” “What are
the communicational processes of information on other particle-waves?” and so
on.
This
paper does not intend to answer all of these questions, however, can be the key
to solve all these questions to utilize the future technology of all
mankind.
The
word, electromagnetic, is a compound word of electron and magnet. It surely hints several combinations of
x-magnetic, y-magnetic, z-magnetic, etc. Then, these other and some
combination(s) of xyz-magnetic fields or waves can carry other aspects of
information than what electromagnetic waves can carry. Of course, electromagnetic waves will
help them do that as well, however, it can be emphasized that in the universe
electromagnetic waves are not the only active waves.
If
so, some aspect of a real object might possibly be re-played or
re-phenomenology on some other source with the help of these combinations of
waves that electromagnetic waves alone could not transfer. Warm, hot, cool, cold, aching, itchy,
tasty, flying, glittering, and other innumerable characteristics of various
objects or lives, that is, both animated or inanimate, or any phenomena might
be considered to be possible aspects that can be conveyed to each computer
soft-ware as the source with each aspect. However, in this study only the
aspect of warmness or the heat as the information is applied to conveying on
other particle-waves that electromagnetic waves will carry together.
The
source of producing other particle-waves is operationally defined as the device
filed as patent (Publication
No: US-2002-0041185-A1 dated 04/11/2002).
It is made up of several magnets combined together and each magnet is
coiled in the directed way. If set in the directed way, it seems to produce
some other particle-waves that can be considered to be x-magnetic waves
different from electromagnetic waves.
Some aspect of a real object in this
study is defined as “heat” that usually helps warm one up in winter. Several pieces of burning charcoal in a
container are set over the magnet device. One can take the scenes by either a
digital camera or a digital video camera. In the case of the digital video
camera the information might be conveyed through sound as well. It might be assumed that the more
precise image is taken, the more heat information could be conveyed. Therefore, it might be assumed that the
more effective its outcome source of the “heat” could become. Also it might be assumed that the
hotter the real object is, the more effective its outcome source of the “heat”
could become. The warm feeling
will become abundant especially when mixed with horizontal waves like
electromagnetic waves in the air, especially much warmer on the higher floors
of the skyscrapers of urban cities as well as in auto-crafts.
The taken image or images can be opened
in a photoshop soft on a computer and the image can be copied and pasted over
and over assumingly to vitalize the effect of the heat information, since it is
conveyed on other particle-waves as their power might increase by that process
of copying and pasting over and over as can be seen in the layer indication
of the photoshop soft (psd).
The final image or the outcome heat
source could be printed on regular sheets of paper as many as one would like
to, and each sheet of paper with that image might become a heat producing
paper.
The
communicational process of other particle-waves might be assumed as the
reflection of the information on one particle to another particle or one
particle-wave to another particle-wave.
Therefore, crystal structures of anything, animated or inanimate, might
be able to convey the information on particle-waves more effectively as
silicon, quartz, collagen, neuron, brain and others seem to be effective
communicational media. And trillions of bacteria might also help the processes
since bacteria are crystalline structures as functioned in human bodies as well
as in nature hopefully in harmony.
This
new technology must be used wisely and in harmony with the nature, though hard
to define what the nature intends to do. It must also be used for the benefits
of all beings throughout the universe. Any intention of harming or hurting must
be avoided since the technology is subtle and very sensitive. Human ethics should always be
considered and discussed every time one intends to make use of it.
Since
the heat source of the original object or burning charcoal does not seem to be
enough source to produce the heat source soft to print out heat paper, though
slightly sensed and perceived.
Boiled hot water and burning candles are also used. And finally a kiln
for pottery or ceramics at the highest temperature of 1150 degree C is used.
All the images are taken by a digital video camera and they are copied and
pasted over and over to make the photoshop image of psd soft with approximately
2000 layers with the memory of about 1.5 gigabytes. Since in this study the specific information of the heat
might mainly be collected on other particle-waves of the magnet device by a
digital (video) camera, after all, creating the heat producing soft has become
the main target of this study. The
final heat-producing source soft has been completed on December 25th, 2002.
About
20 people have experienced sensing and perceiving the printed heat paper in the
winter season (December, 2002 and January, 2003) in Okayama, Hyogo, Wakayama,
and Kyoto prefectures, Japan.
Their reactions have been analyzed and set into the category of being
hot, warm enough, slightly warm, and nothing. Also it is asked whether they would like to keep the heat
paper for the rest of the winter season and for the following winter
seasons. Since the heat paper
itself is hard to handle and keep it for a long time of period, three heat
source printed A4 size sheets of paper are laminated together and the two sets
are made and provided to each person, one set for the front and the other for
the back as shown on the figure#1, figure#2, and figure#3. And they are tied with two strings so
that one can wear them over their shoulders. It is recommended that they wear them over their underwear
and then wear regular shirts, sweaters, or whatever they wear normally to keep
themselves warm.
Out
of 20 people who have put on the one as the figure#3, 2 people have felt hot,
16 people felt warm enough, and 2 people have felt a little warm. And all of
them have shown their interest of keeping the heat source papers. Since the
particles are too small to detect by regular temperature scales, the
information of the heat has not been able to be sensed by any temperature
sensor yet, however, through the following experiments it can be highly
considered that the printed paper can radiate particle-waves and convey the
tremendous amount of heat information in the kiln for pottery or “Bizenyaki”
heated by propane gas.
Normally, the kiln will be heated
gradually up to 1200 degrees centigrade.
The computer -controlled kiln will hardly produce cracked pottery
according to the Bizenyaki professional. The regular paper has been burned up
and become ashes and never melt on the pottery. However, the printed sheets of paper from the soft of
graviton or other particle-waves of the patent described before seem to have
radiated tremendous amount of heat information with other particle-waves, that seems
to have exceeded the normal heat of the kiln to crack the pottery. To the Bizenyaki professional’s
surprise, he has done again only to produce the same result, however, at the
second time the computer-controlled kiln temperature has only reached to 1150
degree centigrade at the highest.
At the first time with the ten printed sheets of paper from the soft of
graviton or other particle-waves of the patent on the pottery, the highest
temperature has been 1180 degrees centigrade. At the third time with only two
printed sheets of paper from the soft of graviton or other particle-waves of
the patent but the magnet device of the patent set at the four corners of the
kiln, having the center directing towards the kiln, more bearable materials of
the pottery have been used and heated.
The result has turned out to be similar, however, at the third time the
cracking line has been horizontal as well, that according to the Bizenyaki
professionals is definitely due to the excessive heat in the kiln. To their surprising phenomenon, the
papers have melted on the pottery and attached as the strange shining
mark. Also several fragments of
charcoal have melted and shone gold on the pottery. The color has become far from the regular color of “Goma
color” in Bizenyaki. These
pictures are shown as figures #4, #5, and #6 (cracking lines), figures #7
(shining goma because of melted charcoal), and figure #8 (paper melted on the
sheep head).
From these results it can be concluded
that the “heat” information can be collected on other particle-waves as the
heat source soft that can be opened and printed as many as one would like to
and that each printed sheet of paper from the soft can radiate “heat”
information on other particle-waves that can be sensed and perceived by the
majority of people to feel warm enough to appreciate the heat even during the
winter season in Japan.
Ashihara, Mizuho. Reimei Jokan. Taiyo Publishing Company, 2001.
Ashihara, Mizuho. Reimei Gekan. Taiyo Publishing Company, 2001.
Seki, Hideo & Sasakino,
Masando. Kokorowa Uchuno Kagami –Ima
Mietekita Graviton no Jidai.
Seisei Publishing Company, 2000
Seki, Hideo. Gravitonics. Kasokugakuen, 2000
Takashima, Yasuhide. From Entropy to Ecology: Soseikaiki no
Kagaku. Shumei Inc., 1998.
Yogananda, Paramahansa. Autobiography of a Yogi. Morikita Publishing
Inc., 2000.
http://www.i-sis.org.uk/lcm.php: The Acupuncture System and The Liquid Crystalline Collagen Fibres of the Connective Tissues Liquid Crystalline Meridians. American Journal of Complementary Medicine (in press)
http://www.luminet.net/~wenonah/new/milewski.htm S U P E R L I G H T
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