Exoplanets are exposed to strong radiation. But life on them could arise.

The planets around the Red Dwarfs are still in the game of living. Evidence of the existence of extraterrestrial life would undoubtedly represent the greatest scientific discovery of the past decades, if not history.

Hope, astrobiologists put research into exoplanets, the planets that are outside the solar system and orbit their own star stars. Thanks to the tremendous progress in their search, we have seen the revelation of thousands of new worlds in recent years. Even more exciting is the fact that many of them are in the habitable zone of their respective planetary system. Especially in the exoplanets, the scientists see the potential near the solar system. Exploratory robotic missions can be sent to them, perhaps in the coming decades. The closest known exoplanets that might be able to host life-favorable conditions circulate around the red dwarfs. It is the most numerous type of star in the universe and has an extremely long life for slow hydrogen combustion - much longer than the current age of the universe. This should make the red dwarfs ideal candidates for life. But there is one problem. The red dwarfs are quite "moody." Often there are massive eruptions in them that bombard the surface of surrounding planets with high doses of radiation and rain-charged particles. The high ultraviolet (UV) radiation is fatal to life because it disrupts and damages organic molecules, especially the nucleic acids that underlie inheritance.

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