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plutocrass
Guest
There were a few other posts regarding black holes in another board. <br /><br />Are the following statements correct: Black holes are areas of extremely strong gravitational fields, so strong that nothing can escape their event horizon. Well, almost. <font color="yellow">Gamma radiation escapes from black holes.</font><br /><br />If they are correct, then please let me know if the following statement is correct: "If you send microwaves into a black hole, they are emitted as gamma radiation, and if you send ultraviolet rays into a black hole, they are also emitted as gamma radiation. <font color="yellow">So many different frequencies of light travel into the black hole but only one higher frequency is emitted back out."</font><br /><br />If the above is correct, is it safe to assume that <font color="yellow">strong gravitational fields speed up the frequency of light? </font><br /><br />If this assumption is correct, would it be possible to state that <font color="yellow">the frequency of the gamma light farther away from the black hole's gravitational field would be relatively lower compared to the gamma light closer to the black hole's gravitational field?</font><br /><br /><font color="yellow">Could gravity's impact on the frequency of light explain the Doppler shift?</font><br /><br />Obviously, as an anonymous submitter, <font color="yellow">I know there is something wrong with the idea</font> but I would like quality, expert feedback to help correct my thought process. <br /><br /><font color="yellow">Thanks in advance for corrections.</font>/safety_wrapper>