Приклади вживання Normal matter Англійська мовою та їх переклад на Українською
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Worrying about pain is a normal matter.
Normal matter in the early Universe, that is 14 billion years ago, consists mostly of gas.
Just 5% of the Universe is normal matter.
Over time, dark matter and normal matter will collide with this black hole, and it will absorb them, adding to its mass.
Dark matter hardly interacts with normal matter.
Over time, dark matter and normal matter both will collide with this black hole, getting absorbed and adding to its mass.
So-called dark matter would only interact with normal matter very weakly.
Previous comparisons assumed that normal matter, which"feels" both gravity and pressure forces, is distributed like dark matter, which only feels gravity.
Neutrinos stream throughout the Universe but rarely interact with normal matter.
As the name implies, WIMPs interact weakly with normal matter, which explains why they are not easily visible.
It may consist of particles that rarely or never interact with normal matter.
However since it doesn't interact with light in the same way as normal matter, it can only be observed through its gravitational effects.
But one day it might helpscientists determine whether all of Earth's mass comes from normal matter.
Looking for particles that hardly ever interact with normal matter is not a job for the impatient.
That's the only effective way to store antimatter in order toprevent it from coming into contact with normal matter.
Or it could be that dark matter is interacting more strongly with normal matter than astronomers have accounted for.
They're similar to electrons, but they have no electrical charge and very small mass,so they interact very little with normal matter.
Black holes tend to form in the innards of the galaxy, where the normal matter totally dominates over dark matter. .
Muñoz and Loeb interpreted these findings, especially the unusually low temperature of the hydrogen atoms,as possible evidence for an interaction between dark matter and normal matter.
Black holes tend to form in the inner regions of the galaxy, where the normal matter is dominant over dark matter. .
Because neutrinos rarely interact with normal matter, they can escape from the core, carrying away energy and further accelerating the collapse, which proceeds over a timescale of milliseconds.
There are a multitude ofexperiments looking for the collisions of dark matter with both normal matter and itself.
However, since it doesn't interact with light in the same way as normal matter, it can only be observed through its gravitational effects.
And because these galaxies are so peculiarly dark matter-free, they are actually a supporting argument for its existence-because they prove that normal matter can exist separately.
Remember that dark matter interacts only gravitationally, unlike normal matter, which interacts via the gravitational, weak, electromagnetic and strong forces.
It is an invisible substance composed of atoms thatare far different from those that make up the universe's normal matter, such as stars and galaxies.
An invisible form of matter called darkmatter may interact more strongly with normal matter than astronomers previously thought.
Dark matter makes up about 27 per cent of the universe,but scientists little about it except that it's not made of normal matter particles called baryons.
There are other options such as that the universe's dark matter is interacting more strongly with normal matter than astronomers have accounted for.