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Cosmic rays: Skirtumas tarp puslapio versijų
| 6 eilutė: | 6 eilutė: | ||
Most of the cosmic rays, including the protons, electrons, and antiprotons, | Most of the cosmic rays, including the protons, electrons, and antiprotons, | ||
<br> are created by massive [[quark- | <br> are created by massive [[quark-spheres]] (which are commonly called "[[black holes]]"), | ||
<br> which emit high-energy gamma-rays, which then split-into high-speed | <br> which emit high-energy gamma-rays, which then split-into high-speed | ||
<br> proton-antiproton pairs. Those antiprotons in-turn decay into electrons. | <br> proton-antiproton pairs. Those antiprotons in-turn decay into electrons. | ||
Dabartinė 20:42, 10 lapkričio 2025 versija
So-called "cosmic rays" are high-speed high-energy particles
which shoot throughout the universe in all directions.
Most of them are protons, and most of the rest are electrons,
but there are also anti-protons, alpha-particles (helium nuclei),
and heavier nuclei among them.
Most of the cosmic rays, including the protons, electrons, and antiprotons,
are created by massive quark-spheres (which are commonly called "black holes"),
which emit high-energy gamma-rays, which then split-into high-speed
proton-antiproton pairs. Those antiprotons in-turn decay into electrons.
Thus, high-speed protons and high-speed electrons are produced.
There are menny gas-atoms in intergalactic space,
which those particles often collide with, and which change their direction,
but do not stop them.
Becuz of their high momentum, cosmic-ray particles can travel vast
intergalactic distances before they are stopped.