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TodayHeadline Black Holes May Gain Mass From The Expansion Of The Universe Itself

https://scitechdaily.com/black-holes-may-gain-mass-from-the-expansion-of-the-universe-itself/

United statesKevin crokerKevins crokerMichael zevinGregory tarlDuncan farrahAlbert einsteinKurtisa nishimuraJean pierre luminetKurtis nishimuraUniversity of hawaiUniversity of michigan professor gregory tarlUniversity of michigan at ann arborUniversity of chicagoDepartment of physicsSpherical black hole image

Universe expansion directly impacts black hole growth

Universe expansion directly impacts black hole growth
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United statesKevin crokerDuncan farrahMichael zevinUniversity of hawaiUniversity of michigan professor gregory tarlUniversity of michigan at ann arborUniversity of chicagoDepartment of physicsAnn arborAstronomy professor duncan farrahMichigan professor gregory tarlFellow michael zevin

Expansion of the universe may directly impact black hole growth

Over the past 6 years, gravitational wave observatories have been detecting black hole mergers, verifying a major prediction of Albert Einstein’s theory

United statesKevin crokerDuncan farrahAlbert einsteinKurtis nishimuraMichael zevinUniversity of hawaiUniversity of michigan professor gregory tarlUniversity of michigan at ann arborUniversity of chicagoDepartment of physicsAnn arborJournal lettersAstronomy professor duncanMichigan professor gregory tarlAstronomy professor kurtis nishimura

New study proposes expansion of universe directly impacts black hole growth | University of Hawaiʻi System News

The study is the first to show that both large and small black hole masses can result from a single pathway.

United statesKevin crokerDuncan farrahAlbert einsteinKurtis nishimuraMichael zevinUniversity of hawaiUniversity of michigan professor gregory tarlUniversity of michigan at ann arborUniversity of chicagoDepartment of physicsJean pierre luminetAnn arborAstrophysical journal lettersAstronomy professor duncanMichigan professor gregory tarl

Black Holes Keep Running Into One Another

A New Era of Black Holes Is Here Thomas Lewton © MARK GARLICK / SCIENCE PHOTO LIBRARY / GETTY When the first black-hole collision was detected in 2015, it was a watershed moment in the history of astronomy. Using gravitational waves, astronomers were observing the universe in an entirely new way. But this first event didn’t revolutionize our understanding of black holes nor could it. This collision would be the first of many, astronomers knew, and only with that bounty would answers come. “The first discovery was the thrill of our lives,” says Vicky Kalogera, an astrophysicist at Northwestern University and part of the Laser Interferometer Gravitational-Wave Observatory (LIGO) collaboration that made the 2015 detection. “But you cannot do astrophysics with one source.”

Salvatore vitaleVicky kalogeraDaniel holzMichael zevinMaya fishbachCarl rodriguezCarnegie mellon universityMassachusetts institute of technologyUniversity of chicagoNorthwestern universityBig bangCarnegie mellonMassachusetts instituteசால்வடோர் வைட்டல்டேனியல் ஹோல்ஸ்கார்ல் ரோட்ரிக்ஸ்

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