SOLAR WEAPONS
The Anti-Christ maybe Use this technology to sent down fire from heaven on the earth in the sight of Men using satellite equipped with powerful and large solar panels that transmite the captured energy from the sun.
Based
in the 1960s, the idea of sending a solar powered satellite into outer
space to provide electricity to ground stations has been brought up over
the years several times by the Department of Energy (DOE) and The
Department of Defense (DOD) of the United States. It is about a
satellite floating at 22,000 feet above the Earth, equipped with
powerful and large solar panels, that transmit the captured energy from
the Sun (remember, in you don’t have any obstructive elements in space,
such as air, water, or other gases) through microwaves down to Earth.
In 2007, the Pentagon encouraged the initiative of building such satellite systems, but NASA specialists say that it won’t be available until 10 years from now, if we start developing it… now!
The green
implications of this energy super-generator would be enormous: only one
of these satellites could provide enough electricity to power an entire
town such as New York. The project costs a lot. In the 1970s, NASA
estimated infrastructure for a complete system could top $1 trillion.
The latest report suggests sharing the costs of a prototype with other
space-faring nations. Of course, nowadays the cost would be much
smaller.
Everybody is excited by the idea of having free energy
from space… But… something sounds weird here… What does Green Energy
have to do with Pentagon and DOE? We all know military applications
never take into account the material and environmental costs of a war
and the investments in the art of destruction seem endless. Part of them
are paid through the work of regular citizens, like you and I.
My
father worked in the military. He once told be they had a radar that
was used to scan the planes’ lift-offs and landings from several
hundreds of miles away. The radar had a “magnetron” (radar emissive
subdevice – it’s really called that way) that, if open to full throttle
could emmit several MegaWatts of energy. For those who don’t know, the
electromagnetic field from the microwave range can be directed to a
certain target, otherwise it wouldn’t be used to detect particular
objects. Microwave devices can focus their energy to a limited area,
working like a lens in the Sun.
My father told me that if a bird
happened to pass through the electromagnetic field of that radar, it
would instantly die and fall to the ground.
If you’re not drunk or
if you haven’t taken any drugs lately, you may have already reached a
conclusion: what if these satellites, having huge power (in the order of
GigaWatts – and even more, I don’t know any numbers), would be pointed
at some point on earth, instead of their ground stations? What if their
emitting frequency would be modified to that of a microwave oven (2450
MHz)?
Wouldn’t that be the beginning of another “cold” (or better
said “hot”) war? The energy would be sufficient, the speed would be
instant, and, as history proved, civil energy producing principles (such
as nuclear) will be used by the military, first of all.
(PhysOrg.com) -- The
Japanese are preparing to develop a two trillion yen (approximately $21
billion USD) space solar project that will beam electricity from space
in the form of microwaves or lasers to around 300,000 homes in Japan
within three decades.
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The project, to be undertaken by a research group from 16 companies
including Mitsubishi Heavy Industries Ltd, aims to spend the next four
years developing the technology needed to beam the electricity produced
to earth. They expect that as fossil fuels run out, an orbiting solar
power plant in space may be needed to provide a significant source of
electricity in the future, according to the Kensuke Kanekiyo, from the
Japanese Government's Institute of Energy Economics.
The planned solar station will produce 1 Gigawatt of electricity from
its four km2 (approximately 2.5 square miles) array of solar panels,
which is enough to power just under 300,000 Tokyo homes, at present
usage levels. Since the array will be in orbit some 36,000 km (22,500
miles) above the earth's surface, it will be unaffected by weather
conditions and will be able to generate power constantly.
The U.S. agency NASA has been investigating the possibilities of a
space-based solar system for several decades and has spent around $80
million on the research. They and other government agencies estimate the
cost of electricity supplied from an orbiting solar array could be
around $1 billion per megawatt, which is too expensive to be
commercially viable.
$21 Billion Orbiting Solar Array
Enlarge
The Japanese realize the cost of building the solar station in orbit
would be prohibitive at the moment, and the array could not be
commercially viable at today's prices. The Japanese consortium therefore
has to find ways of drastically reducing the costs. With the launch of a
single rocket costing around 10 billion yen, the cost of the space
solar station could be as high as two trillion yen, according to Koji
Umehara, the Director of the Japanese Space Development and Utilization
ministry, making the electricity supplied exorbitantly expensive.
The first step in bringing the plans to fruition will be the launch in
around 2015 of a satellite fitted with solar panels that will beam
electricity to earth.
JAXA, the Japan Aerospace Exploration Agency plans to have the orbiting
space solar system operational some time in the 2030s.
Read more at: http://phys.org/news172224356.html#jCp
Read more at: http://phys.org/news172224356.html#jCp
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