From that obviously it is simple to extrapolate and recommend this kind of Jovian 'unsuccessful star' might have smaller abodes (planets) sort and orbit same - a not exactly invisible solar system. Or simply it's only an orphan planet with associated moons. Either explanation quantities to the same - a rose by some other name applies. Irrespective of preliminary origin, main-stream knowledge would suggest why these orphans must be lifeless, even if before the event they'd life.
When I was a senior school biology student (1962-63), it was absolutely gospel (and no correspondence will be joined into contrary) that our sun was the be all and end all the living of terrestrial life. Number sunlight; no کمک به ایتام. All life eventually depended on photosynthetic plants which in turn couldn't occur without sunlight. Also then however I appear to recall speculation (Carl Sagan?).
About the possibility of a non-photosynthetic based ecology in the atmosphere of Jupiter which gladdened my heart no end - however. It wasn't Jupiter that shattered the photosynthetic shape, but classic Mom World herself. Therefore gospel ain't gospel any longer! Today we realize about chemosynthesis (organisms that can produce organics from inorganic elements and get energy from the process.)
A favorite, if small understood exemplory case of chemosynthesis are the colonies of microbes (dubbed 'rusticles') that are ingesting the iron structure of the RMS Titanic, resting some four kilometers under the surface of the North Atlantic. Within still another generation or two, the famous shipwreck may have been basically used by microbes, without the benefit bestowed by our sun.
But, an orphaned world has serious problems very aside from a lack of solar energy. What about temperature? Resources of heat (apart from a parent sun) include gravitational contraction, radioactivity, compound task, friction, etc. Therefore temperature shouldn't be too much of a challenge for many planetary abodes. Difficult planets like Planet have radioactive components that partly comprise their crusts and interiors, and radioactive decay emits temperature, and steel is an excellent insulator.
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