SELFPROOF 0119 - GRAVITATIONAL
WAVES
CURRENT COSMOLOGY MODEL
In
physics, gravitational waves are ripples in the curvature of
spacetime which propagate as a wave, travelling outward from the
source. Predicted to exist by Albert Einstein in 1916 on the basis of
his theory of general relativity, gravitational waves theoretically
transport energy as gravitational radiation. (Wikipedia 24 Mar 2012)
MALTA COSMOLOGY TEMPLATE
- The Universe consists of space and teels. (see Argument 0119)
- Space has no properties independent of the properties of the teels within it and is thus nothingness. (see Argument 0120)
- Teels are subject to the passage of time. (see Argument 0123)
- The Universe is subject to the passage of time because it is made out of teels. (see Argument 0124)
COMMENTARY
In
the Malta Template, space is a nothingness which doesn't form a
continuum with time. Thus space can't curve and time can't dilate.
However, that doesn't mean that something resembling gravitational
waves will never be discovered.
- The
Universe is a gravitationally bound accretion of teels.
- The
teels are a medium through which waves can pass in exactly the same
way that water or air molecules are such a medium.
- Waves
pass through the air, water, or teel medium as the particles collide
with each other, Newton's Cradle fashion.
A
good way to trigger waves in water or air is to explode something. This
is also a good way to trigger teelwaves. Any convulsion (a supernova, a
galactic collision, a sunquake, and so on) will trigger teelwaves that
move outward from the source.
- Teel
density isn't consistent throughout the Universe.
- Teels
are at their densest inside teel concentrations and at their least
dense in the wide open spaces between them.
- As
with air and water waves the greater the density of the medium through which it is moving, the faster the
wave will move and vice versa.
- As
with air and water waves, as the area covered by the wave increases,
its intensity decreases, eventually to become indistinguishable within
the medium through which it is moving. .
- If
the density/intensity decreases enough the wave loses coherence and become
undetectable.
- Thus
it is possible that teelwaves triggered outside the Solar System
will slow sufficiently in the interstellar/intergalactic reaches of
space to become incoherent.
A
number of devices have been designed to detect gravitational waves and
are currently operating. However, what these detectors will actually
detect are waves in the teel medium. As yet, no teel waves
have been detected and it is very possible that none will ever be
detected. This is because, even though teel waves are being
continuously generated throughout the Universe, most and probably all
will have lost coherence long before they can reach Planet
Earth.
|