The so-called storm means that there are suddenly more particles in space than usual. Storm phenomena such as thunderstorms, squall lines, tornadoes (called sea dragons), typhoons, tropical cyclones, tropical storms and other phenomena that occur in daily life are enough to amaze us. The power of storms in the universe is even more unimaginable. Powerful cosmic storms composed of radioactive charged particles will regularly sweep across the entire universe, causing the destruction and even fire of electronic equipment. If the energy is very large, it will cause magnetic storms or destroy planets, and even blur the boundaries between all galaxies and shorten the distance.
In the early years, during the celebration of the 13th anniversary of the Hubble Space Telescope in orbit, scientists released a photo showing thehe star formation numbered M17, a small region in range. , like the Cygnus Nebula. M17 is located approximately 5,500 light years from Earth, in the constellation Sagittarius. This image is a fully formed cosmic storm, successfully captured by the Hubble Space Telescope. The interaction between the vortex gas and the radiation creates a storm in the area that resembles a turbulent sea. The color of the cosmic storm depends on the different gases, with red representing sulfur, green representing hydrogen, and blue representing oxygen.
Although cosmic storms frequently appear in people's field of vision, what exactly are cosmic storms? How are cosmic storms formed? So far no one can give a definitive conclusion? Some researchers believe that cosmic storms are similar to solar storms. The solar wind is a storm of stellar particlesaires, which projects a large amount of plasma during a stellar flare and ejects a stream of supersonic plasma (charged particles) from the upper atmosphere of the star. It is a continuous flow of energy from the sun. at a speed of 200 to 800 kilometers per second. Outside of the Sun, this flow of charged particles is often called “stellar wind.” How is stellar wind generated? There are many stars like the sun in the universe, and stars usually release high-speed streams of electrons. Some also emit high-frequency pulses, called pulsars. The high-power microwave radiation energy formed by pulsar pulses is very large. Due to the uneven distribution of electron flow, if a strong electron flow crosses and collides at a certain location to form a vortex, an electron storm will form like a typhoon.
Scientistsues who support the Big Bang theory believe that cosmic storms are a necessary part of the formation of the universe: after the explosion, space expanded from zero and grew rapidly, 10~32 seconds later it will expand to a diameter of about one light year. In one second, due to the extremely powerful high-energy radiation generated by the Big Bang, all space is uniformly filled, and the universe becomes a high-temperature furnace, and all matter is boiled into a pot of soup of elementary particles. Then begins the primordial cosmic storm, with violent collisions between elementary particles and neutrons merging into protons to form helium nuclei. This process takes about three minutes until all the neutrons are consumed. About 22% of the mass of matter is aggregated into helium nuclei. The remaining matter consists of almost unaggregated protons, cthat is to say, only a few parts per hundred thousand belong to the isotopes helium 3 and deuterium, and a few parts. per billionAttributed to lithium. The next step is the formation of the original nebula. There is also a theory that the cosmic storm is also called the Manskedis Wind. She and the cosmic black hole are called the two killers of the universe. Because it was first discovered by the German Manskedis, it was named the Manskedis Wind. wind. People who share this view believe that the appearance of cosmic storms is caused by the death and collapse of huge stars. At that time, a huge suction will be generated, but the mass of the stars is not enough to form a black hole, and a black hole. A swirling eye of the storm will form, similar to tornadoes on Earth. Compared to black holes, their location can be detected and avoided, but cosmic storms areelusive and extremely difficult to detect. They will continue to drift, engulf nearby stars with smaller masses, and even emit magnetic fields that will affect the universe. The spaceship navigation system makes it impossible to navigate the spaceship, which can be said to be the number one killer of space navigation.
The universe is full of mysteries. Many phenomena are still unknown to us. The mystery of cosmic storms still needs to be explored further by scientists.
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