US EditionResearchers Develop New Method for Calculating the Vibrations of Black Holes
KYOTO UNIVERSITY, JAPAN, JUL 31 – Researchers developed a precise method using exact Wentzel-Kramers-Brillouin analysis to capture black hole vibration frequencies, aiding future gravitational wave studies, Kyoto University said.
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Black holes don’t just swallow light, they sing. And we just learned the tune
Using a powerful mathematical tool, scientists have unveiled the intricate "ringing" of black holes, unlocking patterns missed for decades and laying the groundwork for sharper gravitational wave measurements.
Researchers develop new method for calculating the vibrations of black holes
Black holes embody the ultimate abyss. They are the most powerful sources of gravity in the universe, capable of dramatically distorting space and time around them. When disturbed, they begin to "ring" in a distinctive pattern known as "quasinormal modes": ripples in space-time that produce detectable gravitational waves.
Researchers crack the riddle of Black Hole Vibrations – and provide new insights into gravitational waves. The post When Space Vibrates: New Signals Decrypted Black Holes first appeared on ingenieur.de - Job Market and News Portal for Engineers.
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