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Today, a talented team of astrophysicists from the Italian Institute of Nuclear Physics working at the Gran Sasso National Laboratory presented the results of one of their most interesting and detailed studies devoted to examining and studying the mechanism of star shine. The fact is that the very mechanism of emission of light from stars, whose mass is equal to or greater than the mass of our Sun, remained classified for a long time for study, but now that the team has completed the next stage of observing the light cycles of the Sun and some other distant stars, it ready to provide new data on this mechanism.

It is worth noting that the team was primarily engaged in observing the so-called CNO cycle – namely, the cycle of exchange and mutual transformation of carbon, nitrogen and oxygen, which are the main chemical agents involved in the degree and dynamics of starlight. The observational experiment itself started in the 30s. of the last century and only now has begun to demonstrate the first features and indicative aspects of how the process of star radiance actually occurs.

In particular, scientists were able to find a universal channel through which these elements are transmitted and where the formation of neutrinos through proton bonds is observed – previously this could not be detected due to insufficiently developed observation technologies. But now experts have noted that it is this mutual transformation of these chemical elements that is fundamental in the implementation and subsequent change in the dynamics of starlight and its features.

It is worth noting the fact that a project of this type from Italian astrophysicists is something of a real priority and extremely important for further study and a deeper understanding of how stellar illumination and radiance work in general, by what factors it is formed and what features it depends on. So at this point in time, it remains only to wait for the subsequent, even more indicative and accurate research data, which could be useful and interesting in this aspect.

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