I'm not an astrophysicist. But I note, had Oppenheimer not died before it was confirmed at least one of his theories predicted black holes. He would have got a Nobel on it.
To me, thats a strong indication the fundamentals of mass, energy as modelled, were projected in advance of radio-telescopes confirming the theory. isn't that what Astrophysics does?
Perhaps there are better examples. Personally, I find the main sequence circular logic reasoning, but its a model for spectral colour, distance, age and size. I'd kind of like it if we flew a mission to hold a Pantone colour wheel up close, and measure the damn thing properly for size and colour but age is very hard. You're back in models of decay of mass/energy outcomes and how we believe half-life in C14 analysis.. except done as spectral lines at a distance based on one solar mass we have close by to model things on. Plus, we don't know how to make pantone colour stable across 20,000 years of flight time to measure a star up close and by then Humans will have 29 eyeballs seeing into the infrared like mantis shrimps.
Gravitational lensing is pretty cool. I think it was initially theoretical, and it was a long time being proved.
Gravity waves defy detectors. If we can get detectors working that will be immensely cool. I may have stepped off the scienting engine by wanting an outcome, which arguably is not aligned to null hypothesis testing. Maybe we can't detect gravity waves and they remain theory?
Look, its rude. I apologize in advance. I do kinda think you're trolling. Are you trolling? Maybe Dang will be upset at my asking. It's ok to ignore.
To me, thats a strong indication the fundamentals of mass, energy as modelled, were projected in advance of radio-telescopes confirming the theory. isn't that what Astrophysics does?
Perhaps there are better examples. Personally, I find the main sequence circular logic reasoning, but its a model for spectral colour, distance, age and size. I'd kind of like it if we flew a mission to hold a Pantone colour wheel up close, and measure the damn thing properly for size and colour but age is very hard. You're back in models of decay of mass/energy outcomes and how we believe half-life in C14 analysis.. except done as spectral lines at a distance based on one solar mass we have close by to model things on. Plus, we don't know how to make pantone colour stable across 20,000 years of flight time to measure a star up close and by then Humans will have 29 eyeballs seeing into the infrared like mantis shrimps.
Gravitational lensing is pretty cool. I think it was initially theoretical, and it was a long time being proved.
Gravity waves defy detectors. If we can get detectors working that will be immensely cool. I may have stepped off the scienting engine by wanting an outcome, which arguably is not aligned to null hypothesis testing. Maybe we can't detect gravity waves and they remain theory?
Look, its rude. I apologize in advance. I do kinda think you're trolling. Are you trolling? Maybe Dang will be upset at my asking. It's ok to ignore.