dark matter and dark energy theory
image credit: phys.org
image credit: phys.org
hard facts:The theory of dark matter and dark energy.
Henryk Szubinski
We all know that shade is cooler than sunny areas. ... Shaded areas remain warmer than those exposed to the sky. The surface cools at night because energy from sunlight is radiated out to space in the 10-micron (wavelength) region of the spectrum. Caves cannot radiate to the sky because they're surrounded by rock.
But the astronaut Chris Hadfield has the right concept:
from a twitter from him:
On that line, in the sunshine it's wickedly hotter than boiling water, and in the shade it's as cold as dry ice. There's no in-between.
As related to some data i got hold of long ago , the shade is warmer in cases of the air or O2 being heated by the convex currents inside the zone of shade
so that the O2 pressure gets lower , precepitation increases and the zone may get warmer than it is out in the Sun.
But there are other facts also:
In fact, air temperature is actually the same in the sun or shade. It's solar radiation hitting our bodies which makes it feel hotter. On average, solar radiation makes the air feel 10-15 degrees warmer than it actually is. This is why official air temperature is always measured in the shade.
Basically we are relating to the first measure of the temperature as the "standard units of measure" as the O2 temperature ,as the solar temperature or exposure is the way that we measure the secondary reference to the shade. So in our searching for life ,"out there" we are referencing the "home feel" as the zone of shadows. This does not make sense.
We might all be out in the cold, but we might also be out of the "heat" of those stars we known are the centers of the "exo planets" and the facts that the prime temperature is
= -TC and the warmer stars are defined as -2TC
as:
-1TC=-2TC
as follows from the fact that we measure the Star light as the secondary minimum or the regressive factor of the -ve temperature so that the ratio of the star to the planet is,
-S:- p
as with no change of the temperature as in the medium:
-S<------------TC change 0---------------->-p
as S= star and p = planet.
So in terms of living on a planet we do not have the measure of it as universal because every stars temperature has no reference to the planetary shadow, other than the
equation that the
-S = 1/2 -p
Basically because we need O2 to survive the temperature of it cannot be the 2S TC of the star because that would make it into the temperature where none of us would survive.
So the only way to do this is by the fact that the
O2 TC has to be equated to the stars own temperature as what ignites the star as the lower temperature of the planets O2 and the higher TC of the star as the
plasma law of the dark matter as:
2 (O2) TC= 1 TC (plasma).
The Temperature in the Shade Isn't Cooler than The Temperature in the Sunlight. In the shade, you may feel 10-15 degrees cooler, but the temperature is the exact same as the temperature in full sunlight. Shade only feels cooler because you are avoiding solar radiation.
So the facts are that there is no difference and the 1=2
so too must the 10 to 15 degrees coller in the shade be equal to the temperature in the star light.
So we have the factors of the mean as the 10+15 /2 =
12.5 TC on either side as the multiples of the 2 and 1
are then ,the
12.5 x 2 and the 1/12.5
as the ratio of them :
25: 0.08
Which is the difference of 25 / 0.08 =312.5
Perhaps the universal standard of the origin of the temperature equality is the fact that the division with the 0.08 has some similarity to the 8 minutes it takes for light to
reach the Sun and then another 8 minutes back. The facts of the resulting value as the 312.5 may be related to perfect systems where the star and then planet are in the range of the Earth's example of one rotation in 365 days for one rotation ,so the 1 and 2 may be equal in that the same amount of heat exists in the space that the Earth is rotating in ,even when it is not in solar exposure, meaning time has another function on other planets so we are out of the range of 365 and in the universal range of TC change as the 312.5
The difference would be the shadow zone as the
365-312.5
=52.5
As the shade difference and then the 0.08 range of the time it takes to measure the shade in between the space that it takes light to move in 8 minutes so while we are timing the gap between the 8 min to the sun and the time back =8 min, we are missing some solar light time.
In this missing time, the sun temperature would be the same as the temperature that the sun light is moving through as the shadow or "space" as the emptiness of any star light.
So the difference must be the 16 min as the 8+8 min and the 16 min range as the gap must be either + 1 or +2 degrees alteration of the hot to the cold as the gap may be absolute and the star must be effecting the space at some decimal of the 1/8 or 1/16
=0.125
and
=0.0625
So to add this or to subtract the temperature in the equation of the remaining "non space" as the star light
= 16- 0.0625
=15.9375
and the one way of the space as the 8 minutes
as
=8-0.125
=7.785
So the 2 new values are the amount of the difference between the spacial distance to a star and the amount of temperature generated by the star being there first or as secondary.
These temperature variances are the
15.9375 TC and the 7.785 TC
So their common origin as the shadow temperature is the same as the stars temperature must be
15.9375 / 7. 785
=2.047206165703276
as the extra time and temperature as the same interval where the 1=2
the 2.047206165703276
has the change of the
0.047206165703276
which in reference to the absolute or universal temperature could have it's singularity as the
1 / 0.047206165703276 =21.18367346938754 TC
So there is some symmetry with the time as the rotation of any star and planetary system as the amount of rotation as being
present in larger amounts or lower amounts, but also the fact that the symmetry seems to indicate that 1=2
because 2=21
so it must follow that
1=12
as the basics of the singularity as the ratio multiple between them that makes them the same but also very different.
The 2 =21 as the dark matter and the 1=12 as the dark energy
indicates that the time from any exo planet and it's temperature to it's star as the universal minimum or maximum of
2 TC = 21 minutes back and forth
or as
1 TC = 12 minutes back and forth.
This would be in tune with the singular temperature or time as exchangable with the big bag and the ratio of 1:2
just as any extension of it into inflation or deflation must be units of 1 or 2 between them when using their compounded
functions as the :
2 TC: 21 min inflation
and
1 TC:12 min as deflation
as how long it took for these to become part of the universes history at the instant of the big bang of the universe as the time it
took the universe and it's energy to displace through the dark energy of the spacial gap and then the dark matter of the temperature
change as they both moved back and forwards to equalize themselves at the moment of the big bang as deflation into the difference
and then the reaction of the inflation as the dark matter of the temperature change for the change in distance traveled by the light back
and forth.
Basically because our solar system and the time it takes for light to displace back and forth has to hold true for the universe as well as
how it began and how it ends so that the change in temperature becomes the law of the time and units of the singularity and the duality
as related to their events in dark matter and dark energy.
another symmetry concept may be that the:
2 TC =20 min
and the
1 TC= 10 min
As in accordance with the space faring needs for the binary systems and the ability to compute the space we are moving through as
the use of 1 and 2 and the multiples of our multiple system as the x10.
as back and forth and with the temperature being only a slight difference of 1 or 2 degrees for every 10 min we displace through space
and the universe as the whole.
So there must be some type of light that does this just as a spaceship would and it is this dark matter and dark energy that defines light
when it is moving in the same symmetry as we would define by computational data in our spaceship.
So on this view of the amount of time it takes for light to reach the star and the time it takes to get back and the change in temperature
are the basics of the
26 TC change for the motion back and forth of the 69 minutes as the intervals of the known universe that we have been to.
And the knowledge of our own sun and the 5 % is some unknown of the star systems where light takes 5 minutes or 5 % of the
total of the 100 units of time .
Or simply when related to our sun as
8 min and the 100 & = 8 %
So that the temperature change is also based on the 10 or 20 % change as 8 % time
=
8 /20 x100=40 %
The basic image below is translated to the orbital and the percentages of the fastest vector time back and forth into the center of the universe and then the differences in matter and energy as temperature variance with the evolution of the big bang.
image credit of the dark matter and dark energy facts as
sciencebasedlife.wordpress.com
The image of the universe and the fillaments as the "instant view of everything everywhere" as the positions of the time it takes light to reach some star and the time it takes to get back and then the change in the temperature of the shaded zone of the planet with the spacial temperature change of the space as the medium of the universe space as the medium of dark matter and dark energy.So this must be the same or different by the singularity of the big bang with how everything takes it's time to get light back and forth and then the change in temperature of the planets and the space they occupy as the difference of them with the moment of the big bang.
image to the left credit: phys.org |