Enormous pressure leads to enormous temperature. If, instead of hydrogen, you got a billion billion billion tons of bananas and hung it in space, it would create just as much pressure, and therefore just as high a temperature.
This statement is deceptive. If you packed all those bananas together in space, their mass would create a gravitational field that would compress them. This causes heat. You'd get the same heat that exists at the center of the Sun. The difference is that there is enough heat to cause the hydrogen in the sun to fuse into helium. The lack of free hydrogen in the bananas means that they would make a very large mess, but very little nuclear fusion. The banana fire would quickly burn itself out.
Calculate how much hydrogen is in the bananas, allow for loss of hydrogen during the ‘destruction of the banana as it reverts to basic unit construction, then look at how little hydrogen would be left to ‘light up like a star’. I seriously doubt that the mass of bananas named would yield sufficient unit hydrogen to light up star fusion.
And stink like the Dickens in the process.
Buit if the links I found are accurate about Saturn’s core temperature, and since Saturn is assumed to be mostly gaseous, the core temperature , if around 7000°C would igniote the gaseous atmosphere and melt all liquid or ice into gas, ignote them...
Saturn should be on fire if this is true about the core temperature.
Same with jupiter. AND Uranus and Neptune
Buit if the links I found are accurate about Saturn’s core temperature, and since Saturn is assumed to be mostly gaseous, the core temperature , if around 7000°C would ignite the gaseous atmosphere and melt all liquid or ice into gas, ignote them...
Saturn should be on fire if this is true about the core temperature.
Same with jupiter. AND Uranus and Neptune