image courtesy:
sciencing.
WATER ,WHAT IS IT.
or what is it not.
by Henryk Szubinski
At the ocean floor of the Mariana Trench the depth of 10 000 approximately defines the fact that it has such
large pressure that the lower surface of the BED ROCK might be totally dry in reference to the wetness of the
water. So I'm trying to figure out how this factor might function in the larger universe where the DRYNESS
is contained in galaxies of a larger size than we have as yet discovered and which have the condition of such
size that other galaxies become less bright than a point of light.
So then in this reference the points of light are galaxies and below the visability of this point light, the point gets
smaller in terms of the existence of stars in them and also planets in the trillions.
So in comparison to the largest galaxies, the point light and it's microscopic defines the exact size ,or beyond it,
of the microscopic comparison with the size of the LARGEST GALAXY.
Meaning that at some scale , that defines the planets of water in the smallest point of light from other galaxies
that MELDS into space, these planetary sizes are about the size of molecules of H2O in size. So because the
LARGEST GALAXY and it's own planets of water , when compared to the molecular far away, the size is so much
bigger that the molecular cannot displace through the LARGER GALACTIC WATER PLANETARY SIZE.
Meaning that the example of the DEEPEST point on the MARIANA TRENCH and it's pressure being so great ,that
the water cannot make the DRY ROCK BED dissolve.
So then , when comparing to the largest galaxies, in this way, the amount of activity of the HUMAN or UNIVERSAL
HUMAN reference of being , "from the water" in our molecular composition, the facts of water in motion, gets decelerated
to such a point that it's almost IN TOTAL STILLNESS.
So what happens to BIOLOGICAL ORGANISMS that sense and perceive the water as the flow of the medium of
everything that is alive ?.
It slows down enough to HANG ALONG with IT.
courtesy:
superstarfloraluk.com
sciencing.
WATER ,WHAT IS IT.
or what is it not.
by Henryk Szubinski
At the ocean floor of the Mariana Trench the depth of 10 000 approximately defines the fact that it has such
large pressure that the lower surface of the BED ROCK might be totally dry in reference to the wetness of the
water. So I'm trying to figure out how this factor might function in the larger universe where the DRYNESS
is contained in galaxies of a larger size than we have as yet discovered and which have the condition of such
size that other galaxies become less bright than a point of light.
So then in this reference the points of light are galaxies and below the visability of this point light, the point gets
smaller in terms of the existence of stars in them and also planets in the trillions.
So in comparison to the largest galaxies, the point light and it's microscopic defines the exact size ,or beyond it,
of the microscopic comparison with the size of the LARGEST GALAXY.
Meaning that at some scale , that defines the planets of water in the smallest point of light from other galaxies
that MELDS into space, these planetary sizes are about the size of molecules of H2O in size. So because the
LARGEST GALAXY and it's own planets of water , when compared to the molecular far away, the size is so much
bigger that the molecular cannot displace through the LARGER GALACTIC WATER PLANETARY SIZE.
Meaning that the example of the DEEPEST point on the MARIANA TRENCH and it's pressure being so great ,that
the water cannot make the DRY ROCK BED dissolve.
So then , when comparing to the largest galaxies, in this way, the amount of activity of the HUMAN or UNIVERSAL
HUMAN reference of being , "from the water" in our molecular composition, the facts of water in motion, gets decelerated
to such a point that it's almost IN TOTAL STILLNESS.
So what happens to BIOLOGICAL ORGANISMS that sense and perceive the water as the flow of the medium of
everything that is alive ?.
It slows down enough to HANG ALONG with IT.
courtesy:
superstarfloraluk.com
IC 1101
Located almost a billion light-years away, IC 1101 is the single largest galaxy that has ever been found in the observable universe. Just how large is it? At its largest point, this galaxy extends about 2 million light-years from its core, and it has a mass of about 100 trillion stars.Jan 17, 2016
Located almost a billion light-years away, IC 1101 is the single largest galaxy that has ever been found in the observable universe. Just how large is it? At its largest point, this galaxy extends about 2 million light-years from its core, and it has a mass of about 100 trillion stars.Jan 17, 2016
BREAKING WAVE COMPARISON:
As the largest and perhaps the most dry place in the universe where the GALAXY falls in a breaking wave of DRY matter such as boulders of rocks as well
as planets of rock and stars made of dry rock. It's function would be to displace away any water so that no WATER CONTACT occurs.
So we are looking back in time when there was little or no water present in the planets or stars long before water becomes common as in less than one billion light years but also closer to our own galaxy, the milky way. So there exists both slow and fast motion change of the differences of being longer in the past of IC 1101 ,and closer to the past of our milky way.The dryness is slowing down the measurement scale of the change between them as dynamic action in observations of the SLOWER DRYNESS in the universe the longer the way to the IC1101.