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Antennae
This nOde
last updated June 8th, 2003 and is permanently morphing...
(4 Cig (Owl) / 4 Zots
(Bat) - 56/260 - 12.19.10.5.16)

antenna
antenna (àn-tèn´e)
noun
plural antennae (-tèn´ê)
Abbr. ant.
1. a. Zoology. One of the
paired, flexible, segmented sensory appendages on the head of an insect,
a myriapod, or a crustacean functioning primarily as an organ of touch.
b. Something likened to this sensory appendage, as in function or form:
sensitive public relations antennae.
2. plural antennas.
A metallic apparatus for sending or receiving
electromagnetic
waves. In this sense, also called aerial.
[Medieval Latin, from Latin,
sail yard, translation of Greek keraia, insect feeler, yardarm.]
- anten´nal adjective
antenna
antenna or
aerial
(âr´ê-el), system of
wires
or other conductors used to transmit or receive radio or other electromagnetic
waves
( RADIO; TELEVISION). In a transmitting antenna, the signal from an
ELECTRIC
CIRCUIT causes electrons in the antenna to
oscillate;
these moving electric charges generate ELECTROMAGNETIC RADIATION, which is then
transmitted through space. The distribution pattern of the transmitted wave
depends on the design of the antenna; radio broadcast-station antennas are frequently
designed to emit waves in all directions, whereas those used for RADAR and for
certain communication systems
focus
the
waves
in a single direction. In a receiving antenna, electromagnetic waves cause the
electrons in the antenna to oscillate, inducing a signal that can be detected
by an electric circuit. In general, a longer antenna is used to transmit or
receive signals of longer wavelengths. Theoretically, the same antenna can be
used both for sending and for receiving signals, but in practice, transmitting
antennas are constructed to handle higher power loads than receiving antennas.
Phased array antennas, used for long-range radar and radio astronomy, are composed
of large groupings of individual antennas that are aimed electronically by changing
the relative phase of the signal at each antenna.
to me, the purpose for us, as floating
brains,
is that of a tranceiver. a two way (at least) communication system that
re-interprets
chaotic
data into an individualized
subjective
filterstream.
transmission on the other hand is a bit mysterious. i like to think that
i'm uploading my compiled data while i sleep in the form of
dreams.
but uploading to where? when? morphogenetic fields? the big
database
in the sky...? - @Om* 4/27/00
"To the present there has been little
systematic clinical study or scientific investigation of the
Kundalini
phenomena, although certain discrepancies between the classical descriptions
of Kundalini experience and modern clinical findings have led Western researchers
to propose a 'physio-kundalini' model to account for their observations. This
concept has been derived from a model proposed by Itzhak Bentov, an American
researcher who approached the problem of
altered
states of consciousness through studies of the effects of vibration-
frequencies
on human physiology.
That a sequence of unusually
strong physiological reactions accompanies the rise of Kundalini we already
know from Tantric texts, from which we also learn to expect a series of
unusual psychological changes. Most meditators understand these to be the
effect of the meditation
process
and so are not unduly alarmed. However, among non-meditators or among socio-cultural
groups who do not have access to
information
about Kundalini energy, similar reactions may be triggered off by environmental
stimuli. The experiements of Bentov show that exposure to certain mechanical
vibration, electromagnetic waves or sonic vibration can be responsible.
The resultant symptoms, presented for medical
attention,
have not till recently been fully recongnized or understood for what they
are. It is Itzhak Bentov who in his various experiements indicates that
far from being a neurotic aberration, these 'kundalini' states indicate
an alteration in consciousness linked to alterations in bodily rhythm and
bio-magnetic field.
Bentov's observations (using ballistocardiogram) of the seated subject engaged in deep meditation reveal a rhythmic sine wave pattern. He attributes this to the development during the course of meditation of a 'standing wave' in the aorta, the main artery from the heart, that is reflected in rhythmic motion of the body. This resonating oscillator -the heart aorta system- in turn 'entrains' further bio-oscillators -the brain, the cerebral ventricles and the sensory cortex of the brain- which together effect a modification of the cerebral magnetic field.
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This co-ordinated system
activates a travelling stimulus, an oscillating 'current', in the sensory
cortex tissue, which is finally polarized to a point where each hemisphere
of the brain produces a
pulsating
magnetic field. Bentov writes: 'This magnetic field -radiated by the head
acting as an antenna -interacts with the electric and magnetic fields already
in the environment. We may consider the head as simultaneously a transmitting
and receiving antenna, tuned to a particular one of the several
resonant
frequencies of the brain.'
Bentov suggests that the
'kundalini' effect may be regarded as part of a development of the nervous
system: 'We can postulate that our magnetic 'antennae' will bring in
information
about our extended system -the planet and the
sun-
and will allow us to interpret geophysical phenomena and signals to better
advantage.'"
'Kundalini: The Arousal of the Inner
Energy',
by Ajit Mookerjee.
Destiny Books, 1982.
"The
new
age of education is
programmed
for discovery rather than instruction. Art as radar environment, radar
feedback,
early warning system: the antennae of the race."
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track _The Spirit Of Radio_ MP3
by
Rush
off of _Permanent
Waves_
"Invisible airwaves crackle
with life
Bright antenna bristle with the energy
Emotional
feedback
on
timeless
wavelength
Bearing a gift beyond price, almost
free"
Arecibo Observatory
Arecibo
Observatory, radio-astronomy facility (completed 1963) located at Arecibo, Puerto
Rico; it is operated by Cornell Univ. under contract with the U.S. National
Science
Foundation.
Its fixed antenna of spherical section, 1,000 ft (305 m) in diameter, is the
largest radio-telescope antenna in the world.
film _eXistenZ_ (vhs/ntsc)
features the videogame of the same name, designed by Allegra Geller (
Jennifer
Jason Leigh) for Antenna Research. to "jack
in" to the game, you plug an organic game controller into your "bioport" located
on the lower spine.
release
_Time
Lapse Antenna_ CDb
by Joyce Hinterding
