Examples of using Normal matter in English and their translations into Vietnamese
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The interact extremely weakly with normal matter.
The normal matter just follows the distribution of dark matter.".
But at long last, scientists have found what mayvery well be the last missing normal matter in the Universe.
This leads to a specific“acoustic pattern” where normal matter experiences these bounces and compressions from the radiation.
The cluster of stars is a dwarf galaxy, which are galaxies composed of up to 99 percent dark matter andonly 1 percent normal matter such as stars.
Scientists calculate that normal matter, such as galaxies, stars, trees, rocks and atoms, accounts for only about 5 percent of the universe.
In fact, trillions of neutrinos stream through your body at any given moment,though they rarely interact with normal matter.
It proves that dark matter is a substance that is not coupled with normal matter, since they can be found separately.
This map provides evidence that normal matter, largely in the form of galaxies, accumulates along the densest concentrations of dark matter. .
One can show that to create a wormhole,one needs to warp space-time in the opposite way, to that in which normal matter warps it.
The new measurements imply that either normal matter affects dark matter more than expected, or dark matter isn't“cold.”.
The properties of dark energy and dark matter are largely unknown,and could be uniformly distributed or organized in clumps like normal matter.
The second andthird generations of charged particles do not occur in normal matter and are only seen in extremely high-energy environments such as cosmic rays or particle accelerators.
In addition, it is then necessary to maintain these particles long enough to observe their behavior,before they inevitable make contact with normal matter and annihilate.
They are, however,produced in copious amounts in high-energy interactions in normal matter, in certain particle accelerator experiments with hadrons, or naturally in cosmic ray interactions with matter. .
The early signals: alternatively, start with the Big Bang, and the knowledge that our Universe is filled with dark matter, dark energy, normal matter, neutrinos, and radiation.
Dark matter seems to interact with normal matter only through gravity, but, based on the way known particles interact, theorists think it's possible that dark matter might also interact with itself.
That would not only affect the expansion of the Universe,but it would also affect the way that normal matter in galaxies and clusters of galaxies behaved.
The separation between the normal matter(pink) and dark matter(blue) therefore provides direct evidence for dark matter and supports the view that dark matter particles interact with each other almost entirely through gravity.
Direct detection experiments like LZ andSuperCDMS hope that dark matter particles occasionally interact with normal matter via the weak force, allowing them to be spotted by extremely sensitive detectors.
Again only the lightest pair of quarks are found in normal matter, the charm/strange and top/bottom pairs seem to play no role in the universe as it now exists, but, like the heavier leptons, played a role in the early moments of the universe and helped to create one that is amenable to our existence.
Cosmologists are working to understand the structures that make up our universe,which looks to be composed of normal matter, like galaxies, stars, and planets, as well as dark matter and dark energy.
As of rightnow, the current hypothesis states that the Universe is made up of 4.9 percent normal matter- the stuff we can see, such as galaxies and stars- 26.8 percent dark matter, and 68.3 percent dark energy, a hypothetical type of energy that's spread throughout the Universe, and which might be responsible for the Universe's expansion.
Since then, researchers have confirmed that this mysterious material can be found throughout the cosmos,and that it is six times more abundant than the normal matter that makes up ordinary things like stars and people.
In the September Physical Review D, he explains that in certaincircumstances HoYava's graviton fluctuates as it interacts with normal matter, making gravity pull a bit more strongly than expected in general relativity.
The antiprotons could be stored for many hours, circulating inside a tube under exceptionally high vacuum(10-12 torr)to prevent them from being destroyed too quickly in encounters with normal matter, i.e. in this case with residual air molecules.
Some published actual researching results show that: neutrinos' speed is equal to light-speed with no mass(or very small mass),they hardly interact with normal matter particles and especially, they have very strong penetrating ability.
The Hubble constant is crucial for modern astronomy as it can help to confirm or refute whether our picture of the universe- composed of dark energy,dark matter and normal matter- is actually correct, or if we are missing something fundamental,” Suyu further explained.