A recent breakthrough in scientific research may have unveiled why the Sun has a lower temperature than its own atmosphere. Scientists have been trying to solve this mystery for decades, captivating the scientific community. Now, thanks to the collaboration between NASA and the ESA, a new theory has emerged that could change the way we understand this phenomenon.
The temperature of the Sun’s atmosphere reaches around one million degrees Celsius, while its surface temperature is approximately 6,000 degrees Celsius. This disparity has puzzled astronomers, as it goes against the laws of physics. Until now, it was believed that turbulence in the solar atmosphere was responsible for this difference.
However, thanks to measurements taken by NASA’s Solar Orbiter and the Parker Solar Probe, a new explanation has been discovered. A direct relationship has been found between turbulence and the increase in temperature in the atmosphere. It appears that turbulence generates random movements in the magnetized fluid, transferring energy to smaller scales and generating heat in the process.
Although a significant step has been taken in understanding this phenomenon, further evidence is still needed to solidify a new theory. However, this research continues to open new lines of study and could provide a different perspective for studying the composition and origin of the Sun.
In summary, this discovery of the relationship between turbulence and the solar temperature could change our understanding of the solar system and open new possibilities for future research.