5 mysterious phenomena in the infinite universe

The mysterious phenomenon is part of science, scientists continuously discover new things in the vast, infinite space of the universe and constantly analyze and study them.

The mysterious phenomena listed below are all questions that have not been answered about the universe, but scientists still try not to stop even a little mysterious curtain of endless space.

Here are the mysterious phenomena in the universe:

Dark energy

In the 1920s, astronomer Edwin Hubble discovered that the universe was not static but was expanding. In 1998, the Hubble Telescope, when studying distant supernovae, discovered that the universe was slowly expanding from a long time ago and that speed is no longer the same.

Dark energy is one of the most mysterious phenomena of the universe

This mysterious phenomenon surprised scientists because they had previously thought that gravity gradually slowed the expansion of the universe, or even made it shrink. The hypothesis explains the gradual expansion of the universe leading to dark energy, which is believed to be the mysterious energy that pulls the universe apart at a faster rate. While dark energy is thought to account for approximately 73% of the universe, the remaining force is ignored and not directly pointed out.

Space drops in galaxies

Mysterious gas droplets in remote areas of the universe are no longer a mystery, according to astronomers at Chandra X-ray Observatory (NASA). Large hydrogen gas reservoirs were discovered about a decade ago through surveys of distant young galaxies. The droplets of space glow brightly under ordinary light, but the powerful energy needed to maintain that light has not been clarified.

Until now scientists have not been able to explain the heavy source of the mysterious phenomenon of the cosmic droplet

Now, in the photographs taken by Chandra Observatory, scientists have found evidence that gas droplets are being heated by the growth of nearby galaxies, hiding massive supermassive black holes. in the center. According to astronomers, cosmic droplets are so far away from the Earth that their light to the earth today is from the time the universe was only 2 billion years old, or in other words the universe has only reached 15% of its age now.

In addition to the energy from the central black hole, successive supernova explosions within developing galaxies also create energy that heats the surrounding gas and forms the mysterious phenomenon of cosmic droplets.

Origin of high energy cosmic rays

The source of cosmic rays has been a headache for astronomers for a long time, they spent a century to study the origin of these charged particles.

High-energy cosmic rays are still a mysterious phenomenon

Cosmic rays have atomic particles - mostly photons, electrons, and nuclei that carry electricity of basic elements - flowing to the solar system from far away in the universe. When cosmic rays arrive at the solar system from somewhere in the galaxy, their path is bent by the magnetic field of the sun and the Earth. The strongest cosmic rays are full of strange energy, with energies of up to 100 million times the artificial particles. However, the origin of this mysterious phenomenon is still an unanswered question.

Floor of the sun's flower

The sun's superheated external atmosphere, and typical heat, range from 900,000 degrees Fahrenheit (500,000 degrees Celsius) to 10.8 million degrees Fahrenheit (6 million degrees Celsius). The solar physicists were having a headache with the mystery of the sun's ability when it re-heated its Japanese floor, the thin crown surrounded by light that shone brightly when the total solar eclipse. Astronomers have narrowed the hypothesis regarding this mysterious phenomenon: the energy source beneath the visible surface, and the sun's magnetic field. But the detailed operation of the Japanese heating floor is still unclear.

Scientists are continuing to decipher the Sun's Japanese cascade

Crystal rain

Crystal rain is a mysterious phenomenon that can only be seen in the universe.The star HOPS-68 is 1,350 light-years from Earth, a star with a similar structure to the Sun when it first formed. Around this star there exists a cloud of gas dust, in which the main component is green olivine crystals (a gemstone on Earth that is composed mainly of iron and magnesium).

It is especially due to the rather cold temperatures of these clumps of gas (about -170 degrees Celsius), which cause olivine crystals to condense into small particles and fall like a wonderfully beautiful blue crystal rain.

Crystal rain - Beautiful mysterious phenomenon of the universe

This special phenomenon was observed by NASA's Spitzer space telescope. Similar crystals have also been discovered in comets of the Earth's periphery. Scientists believe that these types of gemstones could be formed in the early stages of the solar system, when comets bombarded planets during cooling.