The universe is full of all kinds of mysteries that are about to be revealed. So far, one of the most interesting that has been discovered, it is the coldest place in the universe overall. In itself, space is considered a cold unit, where the human being could not survive without apparent protection. Therefore, it does not seem difficult to think that a place like this exists.
In short, low temperatures are a constant in the universe as such. For the luck of the human being, the Earth has an equidistant distance from the Sun that prevents suffering from such effects. There is no doubt that it is one of the qualities that makes life possible on the planet today. But, to all these, what is that place so cold in the cosmos?
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What is the coldest place in the universe? Heat is not a quality of this specific site
As already mentioned above, the universe is full of extremely cold temperatures. A clear example of this are those planets or celestial objects far from solar radiation and energy.
Due to this distance, the surface of these places acquires extreme temperatures below zero. Within this scenario, the human being would not survive a second without the specific protection for it. Much less without the necessary provisions to, in the distant future, coexist in the long term.
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Still, these examples are nothing compared to knowing where the coldest place in the universe is. It is an entity where heat has no place and where temperatures are extremely low.
Located in the constellation Centaurus, is the particular Boomerang Nebula. Indeed, the answer to which is the coldest place in the universe, is this nebula. Although it is not a planet, an asteroid, a comet or another type of cosmic object, it does not mean that it cannot experience low temperatures.
This nebula has caused a stir among the scientific community due to the values it reaches in terms of thermal measurement. Although the cosmos was known to be full of extremely cold places, nothing had been discovered to this magnitude.
For this reason, the Boomerang Nebula or Boomerang Nebula, holds a place benefited from scientific interest. Although it is still under constant study, enough is known to reveal several of its details.
In fact, it is one of the objects frequently imaged by the Hubble Space Observatory. The wonderful images captured, they are widely valuable for scientific and astronomical study.
The Boomerang Nebula. Learn more about the coldest place in the universe so far!
If there is one thing that is certain about the universe, it is that nothing is certain until it is proven. Each discovery is subject to being changed in perspective if a new one is revealed regarding the same theme.
Until now, The coldest place in the known universe is the Boomerang Nebula. A particular planetary nebula with a specific address in the famous constellation of the Centaurus as such.
Discovered in 1980 by Taylor and Scarrot, its sighting was characterized by the asymmetry presented in its shape. As more was investigated, the final image revealed that this nebula has a shape similar to a boomerang. In other words, at each of its ends a curve of its own shape was displayed.
It is considered the coldest place in the universe because its temperature is as close to absolute zero as possible. Basically, it is 1 K or one degree above what, by the laws of physics, is the coldest thermal measurement.
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Like all nebulae, it is related to a star, from which its formation begins in general. The Boomerang Nebula derives from the constant loss of gas from a central binary star.
According to recent research, this nebula has been in formation for the last 1500 years. In its death stage, the star has been losing its gas content at an exponential rate.
As a result of this premise, the gaseous content of the star's dispersion expands throughout space rapidly. This event is directly related to the low temperatures experienced by the nebula.
Relative to Earth, the Boomerang Nebula It is located almost 5000 light years away. Anchored at an average temperature of -270 degrees Celsius, it sometimes varies to only a degree above absolute zero.
To get an idea about it, through the knowledge of the Microwave Background Radiation, the space temperature is known. Even in the highest vacuum zones, the temperature is always hovering 2,7 degrees above 0 Kelvin, or absolute zero.
It is impressive to think that this nebula it is even colder than outer space itself. Due to this exceptional quality, it seems to be of enormous scientific interest in every way.
But… What makes this nebula the coldest place in the universe? The most accurate explanation!
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Through the studies of a specialized telescope to observe the emission of millimeter waves, the veracity of this nebula could be verified. Indeed, until now it has been awarded as the coldest place in the universe; a not so remote location that is relatively close.
In addition to this revelation, the study reflected that the emission of waves from the nebula, is colder than that originating in the Big Bang. Prior to the lore of the Boomerang Nebula, traces of the Big Bang were believed to be the coldest aspects of the cosmos.
The level of expansion of the nebula's remaining gases is the main principle that makes it the coldest place in the universe. Like any refrigerant, the more the gas expands and comes into contact with another medium, the colder it will be. At just 1 K above absolute 0, there is no doubt that it will remain the coldest place for a long time.