Dark Matter

The dark matter vs the crystals of ice water

The main comparison between dark matter and the water crystals, is due not only to share the same features, but that the effects of gravity on the underlying the theory of relativity, was checked with a solar eclipse on 29 May 1919[a],. But not to mention the disagreements by the data shown,[b] this confirmation was made with the atmosphere of by middle which the water crystals at the top of the atmosphere produce a similar effect[c].

When Eddington presented their results, only one more person, apart from Eddington, saw the photos. This person was C. L. Poor, who totally rejected the results of Eddington, what would any scientist with a bit of ethics.

Here are a couple quotes from summary of Poor: "The mathematical formula with which Einstein calculated the deflection of the sun's rays interns on the edge of the sun, is a well-known formula of optics". "None of the main concepts of variety of the time, coiled, or curved space, the concurrency or the relativity of the movement are in no way related to the suggestions of Einstein of the bending of the light". "Many expeditions related to solar eclipses were put in a dummy range. Their results can neither break down nor confirm the theory of relativity" [11].

Dark Matter And Dark Energy

There is a 95% of the universe that cannot be explained, this 95% is divided into dark matter and dark energy, but a new discovery said that the data of the dark energy must be redefined.

The discovery casts new light on the currently accepted view of the universe expanding at a faster and faster rate, pulled apart by a poorly understood force called dark energy. This view is based on observations that resulted in the 2011 Nobel Prize for Physics awarded to three scientists, including UA alumnus Brian P. Schmidt.[i]

The authors pointed out that more data have to be collected before scientists can understand the impact on current measures of dark energy.     http://phys.org/news/2015-04-universe-fast.html

In an interview to the BBC Sarah Bridle, an astrophysics professor at the University of Manchester and co-chair of the DES weak lensing group.

"How fast the dark matter clumps together tells us about how fast the universe is being stretched apart," explained Prof Bridle.

So by comparing dark matter "clumpiness" in different ages of the universe - which we can see as different distances - scientists will be able to pinpoint the rate of expansion. And that will point to the nature of dark energy. 

It might simply yield a precise measurement of this mysterious force. 

Or it might go further, Prof Bridle said:

"It's also possible, with the same data, to show that dark energy is not a good theory for explaining what's going on - and in fact, general relativity itself is wrong." 

The simplest theory for explaining dark energy, which is based on Einstein's relativity, she added, is "terrible" - but it is the best available.[d]

1. In astrophysics and cosmology physics is called dark matter to the hypothetical matter that does not emit enough electromagnetic radiation to be detected with current technical means.[i]

Reply;

• When it comes to crystals, their molecules are perfectly aligned and ordered in such a way that does not emit or reflect the rays of light, the light passes perfectly through them, and the universe is full of water.[i]

"The solar system and beyond is awash in water" 
http://phys.org/news/2015-04-solar-awash.html

•  The crystals of ice water, in addition to being transparent to visible light block infrared radiation from the telescopes, because of this the water crystals for the telescopes are invisibles. 

In general the visible light interacts with electrons around an atom, while the infrared light interacts with the links that remain united to the molecules. Because of this, almost all of the materials that are transparent to visible light will block the infrared radiation[ii]

• The crystals of water ice have a temperature as cold that electromagnetic radiation is very low.

2.

The existence of dark matter can be deduced from the gravitational effects it causes in visible matter, such as the stars or galaxies.

Reply;

• The effect of gravitational lens. It is assumed that this effect is due, in large part, to the gravitational interaction with the dark matter. 

•  Water crystals has the characteristics of a lens.

“Local astronomers have assured the most disturbed that there was nothing wonderful in these optical effects, called 'parhelio' by scientists. Are due to clouds composed of tiny ice crystals that are in suspension in the troposphere, at heights ranging between 5 and 10 kilometers”

To give an example of what I am saying;

The business of mapmaking is complicated when the stuff being mapped is invisible and millions of light years away.

To spot dark matter, astrophysicists must pick out distortions - caused by dark matter's gravitational "lensing" of passing light - within very accurate images.

The distortions are much smaller than the warping of light by our own atmosphere, and even the irregularities added by the telescope itself. So those quantities first have to be subtracted.

"Most of the hard work goes into trying to remove those effects, to be able to uncover the gravitational lensing effect underneath,"Prof Bridle said.[d]

3.

Also in the anisotropies of the cosmic microwave background present in the universe.

Reply;

•  the anisotropy of the material is most pronounced in the crystalline solids, due to its atomic structure and molecular regulate.[iii]

•  Water crystals are crystalline solids.

REFERENCE

 [11].Poor, 1930; Brown, 1967.http://es.metapedia.org/wiki/Albert_Einstein#cite_ref-10

[d]http://www.bbc.com/news/science-environment-32284995
[a] http://es.metapedia.org/wiki/Albert_Einstein
[b] http://es.metapedia.org/wiki/Albert_Einstein
[c]  http://urgente24.com/areax/2014/01/salieron-tres-soles-en-una-ciudad-de-rusia/
[i] http://phys.org/news/2015-04-universe-fast.html
[i] [i] http://es.wikipedia.org/wiki/Materia_oscura
[ii] [ii] http://www.ehowenespanol.com/traves-materiales-lente-infrarroja-info_208623/
[iii] http://es.wikipedia.org/wiki/Anisotrop%C3%ADa