Scientists have discovered black holes generate alot of radiation(I think black holes generate "X-Rays" ?). Using the 2nd test, we are able to see a "black hole". Using the 1st test, we can determine a possible region and then look for radiation or other light spectrums being generated in that area. So the 2nd test is to use a different spectrum to scan the sky for these objects. The telescopes we have now don't just look under normal light though, it can also scan for different types of radiation. So a 2nd test is needed to determine why that happens. If that happens and the curve of an object changes we can ask "why did it change direction?". Quote from skylegion ✽oes "Blck Holes" realy exist? I generally do not believe until i see concrete evidence.Īnd yes skylegion, we can prove that "Blck Holes" exist by looking at objects being pulled towards a "pocket of empty space". But chances are by the time we find out, I'll already be dead The story overall does sound interesting and it would be nice to see how this turns out. That said, space things do interest me alot (fact or fiction regardless). Cause a hypothesis of a hypothesis of a hypothesis replaced in the same formula is still a hypothesis no matter how you try to calculate it. I think scientists need to stop trying to make hypothesis's "work" by providing additional hypothesis's as parameters to unproven formulas/concepts. And since the process can never be proven nor disproven it remains a possibility(thus the oxymoron). Place a solution into that formula in order to "make it work" which then somehow "proves" the formula and hypothesis to be truth(or a possibility). And then they "claim" "time stands still" in a hypothesis.Īnd what they do to "prove" it is use formulas that haven't even been proven yet. All their doing is observing what a blackhole does and then making guesses as to what it's inner workings are doing. It's just another one of those stories categorized as "theorized probable truth"(woo! oxymoron).
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