I know you’re probably joking but even the best telescopes can only directly image a planet that’s like 10 times the mass of Jupiter and even then it’s only like two pixels.
Makes me wonder what a telescope the size of a solar system could see. How large of the telescope do you think it would take to be able to get a clear image of this planet?
Honestly I’m not even sure it’s possible at that distance. Planets reflect very little light compared to stars, and that already minuscule amount of light gets scattered across an insanely huge area due to the inverse square law. So that tiny amount of light gets spread over an insanely huge area (light years in size).
I feel like to get a clear picture your telescope would have to be light years across in size to get a clear image with fine details in it. The light is just too spread out to get a clear picture of it with anything you can build at a human scale.
I know you’re probably joking but even the best telescopes can only directly image a planet that’s like 10 times the mass of Jupiter and even then it’s only like two pixels.
Makes me wonder what a telescope the size of a solar system could see. How large of the telescope do you think it would take to be able to get a clear image of this planet?
Honestly I’m not even sure it’s possible at that distance. Planets reflect very little light compared to stars, and that already minuscule amount of light gets scattered across an insanely huge area due to the inverse square law. So that tiny amount of light gets spread over an insanely huge area (light years in size).
I feel like to get a clear picture your telescope would have to be light years across in size to get a clear image with fine details in it. The light is just too spread out to get a clear picture of it with anything you can build at a human scale.