- #1
Loren Booda
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Extraterrestrial life usually implies planetary biota. What about that on stars like brown dwarfs?
Borek said:There was a SF short story built around the idea that there stars are inhabited creatures made of plasma, and ball lightnings are just the simplest versions of these creatures.
Not sure if it was written in Polish, or translated to Polish, I think I have read it about 30 years ago.
Ivan Seeking said:In practical terms, it is a "what is life" question. The deeper and completely speculative abyss is the question of the requirements for intelligence. Could non-biological systems produce the conditions necessary for awareness to emerge [or however you want to define life in that sense]? The short answer: We have no idea. No such thing has ever been observed - a philosophical discussion at best.
Loren Booda said:Extraterrestrial life usually implies planetary biota. What about that on stars like brown dwarfs?
Right, electronic chemistry is out. So is there any sense in which plasmas could be said to self organize? Plasmas certainly do things that seem cohesive to the eye, if briefly so. One advantage of chemical life on Earth over theoretical solar 'life' is that the former is constantly consumed with a search for an energy source. That's not a problem on a star.Borek said:Chemistry that we know as needed for life won't work in temperatures involved on brown dwarf surfaces. Anything else is just a speculation.
Borek said:There was a SF short story built around the idea that there stars are inhabited creatures made of plasma, and ball lightnings are just the simplest versions of these creatures.
Not sure if it was written in Polish, or translated to Polish, I think I have read it about 30 years ago.
Borek said:Chemistry that we know as needed for life won't work in temperatures involved on brown dwarf surfaces. Anything else is just a speculation.
Danger said:Dr. Robert Forward wrote a really cool novel entitled "Dragon's Egg" that details a complete technological civilization evolving on the surface of a neutron star. There is also a sequel called "Starquake". They're really quite brain-stimulating as well as highly entertaining.
It is highly unlikely that life can exist on a star. Stars are incredibly hot and inhospitable environments with intense radiation and extreme temperatures, making it impossible for any known form of life to survive.
Currently, there is no evidence of life on stars. Scientists have not been able to detect any signs of life or habitable conditions on stars.
It is highly unlikely that life will ever exist on a star. Stars are constantly undergoing nuclear fusion, which produces immense heat and radiation that would make it impossible for any form of life to survive.
There are certain types of stars, such as red dwarf stars, that have been theorized to potentially support life. However, these stars still have extreme conditions that make it difficult for life to exist.
There is a possibility that life could exist on a planet orbiting a star, as long as the planet is in the habitable zone and has the necessary conditions for life to thrive. However, this does not necessarily mean that life can exist directly on the star itself.