Space atomic clock you need to understand. By studying atomic clocks in space, you will discover the mysteries that exist. Studying matter in space is probably very important to the progress of science.
Studying the atomic clocks aboard spacecraft within the orbit of Mercury may be able to reveal the nature of dark matter, according to a recently published journal Nature Astronomy.
Undoubtedly discovering the nature of dark matter would be a great advance for astronomy.
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Study space atomic clocks
One of the materials that make up the universe is the atom. You must know that there is an atomic clock whose existence is quite close to the Earth.
Scientists study these atomic clocks with the help of spacecraft. The atomic clock is within the orbit of Mercury.
Therefore, this atomic clock is quite close to the Sun. In the latest journal Nature Astronomy, scientists reveal that atomic clocks can help understand the nature of dark matter.
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Discovering dark matter
Some may not be familiar with the term dark matter. Basically, dark matter makes up over 80 percent of the mass in the universe.
So far, dark matter has never been detected from Earth, even after many experiments over the decades.
However, a key component of this research is assumptions about the local dark matter density which then determines the number of dark matter particles passing through the detector at any given time, and hence the experimental sensitivity.
In some models, dark matter has a higher density and is concentrated in a few regions.
A very important class of experimental work uses atoms or nuclei. These atoms are very sensitive to signals from dark matter.
An international research group from the Kavli Institute for the Physics and Mathematics of the Universe says that between the orbits of Mercury and the Sun there is probably a very large density of dark matter.
The signal comes from an extraterrestrial atomic clock that works carefully to measure the frequency of photons emitted at different state transitions in atoms.
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Theory testing technology
The density of dark matter in the solar system is limited only by information about planetary orbits. Around the region between the Sun and Mercury there are almost no obstacles.
As a result, spacecraft measurements can quickly reveal the limits of the world’s most advanced dark matter, obviously in this model.
They use the latest technology to test the theory. This was stated by the project researcher, Joshua Eby of the University of California Parker solar probe of NASA is currently operating in the orbit of Mercury.
Parker i solar probeIt has been running since 2018 with the help of a shield and has approached the Sun becoming the atomic clock of space in search of dark matter. (R10/HR-Online)
