What are dark matter and dark energy? We do not know; we just know of them by their effects.
Dark matter is thought to be present in halos around galaxies since the estimated amount of matter is too small to keep the galaxies rotating at their measured rate. Dark energy is thought to be present in the empty spaces between galaxies pushing them apart because the velocities separating them are actually increasing instead of slowing down. Nobody knows what dark matter and dark energy really are, but new theories are often being suggested. Perhaps one of these theories will be tested soon and we will have a better idea of what these mysterious materials and forces are.
Could it be that dark matter and dark energy are linked by an equation, like normal “light” matter and “light” energy? For ordinary matter and energy, which are really two aspects of the same thing, it is Einstein’s famous equation: E= m*c^2. But since we have no idea what the dark stuff is, we can only conjecture.
Why should we care what these things are that are so difficult to characterize? In any scientific investigation, if we have gaps and inconsistencies in our knowledge and our theories it just bothers us to no end. We’re just not happy until we figure out the puzzle. In this case, the universe is almost completely made up of these dark parts, so it seems pretty important.
Unfortunately in my diagram the horizontal axis is light energy-dark energy, which is separating, and the vertical axis is dark matter-light matter, which is combining. In many of my fourfolds the horizontal axis is combining or conjunctive and the vertical axis is separating or disjunctive. Is the energy-matter dual more important than the conjunctive-disjunctive dual? Perhaps this fourfold doesn’t really fit but I like it anyway.
Further Reading:
http://en.wikipedia.org/wiki/Dark_matter
http://en.wikipedia.org/wiki/Dark_energy
http://science.nasa.gov/astrophysics/focus-areas/what-is-dark-energy/
Eric Chaisson / Epic of Evolution
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Dark matter is a fiction created to quantitatively account for the disparity between the observed phenomena and conventional theories. It is fraud, plain and simple.
Apparently dark matter has no quantum chromo dynamic properties(i.e….it does not reflect light).
All matter reflects light when in the stable state of an atom.
It is good to be skeptical, but I do not believe that these astrophysicists are trying to be deceitful. What is the solution to the disparity, then?
The paradigms are wrong, just like when the earth was flat! The mechanisms they are trying so incredibly hard to salvage are not, in good conscience, salvageable!
Very revealing that the more money thrown at the development of ideas is not a function of improvements.
A hundred years ago virtually no money was involved in great scientific advances. Today, a lot of money is wasted with absolutely no scientific revolutions to show for it!
Clearly money only has a negative impact.
I think that scientific revolutions are the result of an increased level of consciousness, and money is the way to prevent this and not advance beyond this.
It is a lower paradigm and you cannot experience a higher level of understanding with money as your primary goal.
Tesla died alone and penniless in a downtown new york hotel room.
His ideas, we are still trying to comprehend.
I don’t think most people go into science just to make money. Sure, they want to make a living, but one is not going to get rich being a scientist.
We will make a new approach for an effect known as “Dark Energy” by an effect on gravitational field.
In an accelerated rocket, the dimensions of space towards movement due to ‘Lorentz Contraction’ are on continuous reduction.
Using the equivalence principle, we presume that in the gravitational field, the same thing would happen.
In this implicates in ‘dark energy effect’. The calculi show that in a 7%-contraction for each billion years would explain our observation of galaxies in accelerated separation.
Lorentz Contraction
If we suppose that gravitational field contracts the space around it (including everything within), we can explain the accelerated separation from galaxy through this contraction without postulating ‘dark energy’.
The contraction of space made by gravity would cause a kind of ‘illusion of optic’, seem like, as presented below, that galaxies depart fastly.
The contraction of space would be equivalent to relativistic effect which occurs in a special nave in high-speed L.M.: With regard to an observer in an inertial referential stopped compared to a nave, the observer and everything is on it, including own nave, has its dimension contracted towards to movement of nave compared to a stopped observer (Lorentz Contraction).
This means that the ‘rule’ (measuring instruments) within the nave is smaller than the observer outside of moving nave.
The consequence is, with this ‘reduced rule’, this moving observer would measure things bigger than the observer would measure out of nave.
An accelerated rocket and its continuous contraction
In the same way, if we think of an accelerated increasing speed rocket, its length towards movement – compared to an inertial reference – will be smaller, and ‘rule’ within the nave will decrease continuously compared to this observer.
We would think of ‘equivalence principle’ to justify that gravitational field would have the same effect on ‘rules’ (measuring instruments) as an accelerated rocket would do within the nave, but, now, towards all gravitational field and not, in the case of rocket, only at acceleration speed.
I.e., the gravitational field would make that all rules within this field would be continuously smaller regarded to an observer outside of gravitational field and this would make, as we can see, these observers see things out of field be away fastly.
Anyway, even if “equivalence principle” can’t be applied into a gravitational field to show that the space is contracting around it, we can take it as a new effect on gravitational fields and this would explain the ‘dark energy effect’.
The “dark energy” through gravitational contraction:
Let’s think what would happen if a light emitted by a star from a distant galaxy would arrive into our planet:
Our galaxy, as well as distant galaxies, would be in continuous contraction, as seen before, due to gravity.
A photon emitted by a star from this distant galaxy, after living its galaxy, would go through by an “empty” big space, without so much gravitational influence, until finally arrives into our galaxy and, lastly, to our planet.
During this long coursed way (sometimes billion years), this photon would suffer few gravitational effect and its wavelength would be little affected.
However, during this period, our system (our rules) would still decreasing due to gravitational field, and when this photon finally arrives here, we would measure its wavelength with a reduced ‘rule’ compared to what we had had at the moment when this photon was emitted from galaxy.
So, in our measurement would verify if this photon had suffered Redshift because, with reduced rule, we would measure a wavelength longer than those was measured. The traditional explanation is “Shift for Red” happened due to Doppler Effect compared to galaxy separation speed!
End of Dark Energy
Farthest a galaxy is from viewpoint, more time this light will take to arrive us and more shrunken our ‘rule’ will be to measure this photon since it had been emitted; so it would be bigger than wavelength, which would induce us to think of faster galaxy separation speed.
This acceleration (this new explanation, only visible) from distant galaxies took astronomers to postulate the existence of a “Dark Energy” would have a repulsive effect, seems like they are getting away faster.
But if acceleration is due to our own scale reduction, this dark energy wouldn’t be necessary anymore, because what makes this separation accelerated is, actually, our own special contraction. This would be the end of dark energy.