Two Black Holes Are Set For Collision According To NASA

Credit:, David Mark

An astronomers team has detected a pair of enormous black holes on the verge of a cataclysmic merger that would shatter space-time. The black holes, named PKS 2131-021, are around 9 billion light-years away from our planet, per research released in The Astrophysical Journal Letters on Feb. 23. Based on a NASA announcement, the pair of giants have been circling each other for roughly 100 million years.

The pair of black holes will head for collision in approximately 10,000 years, unleashing gravitational ripples — vibrations in the structure of space and time prophesied by Albert Einstein — soaring throughout the cosmos. Researching PKS 2131-021 now may give fresh insights on how giant black holes emerge and what occurs when two meet. Gigantic black holes are infinitely more huge compared to our sun, and they exist at the center of many, perhaps even all, galaxies. Thus according to NASA, the universe’s greatest black holes may be the product of at least one collision involving two less massive black holes. The research might assist support that theory.

PKS 2131-021 is a blazar, a gigantic black hole directing a stream of the accelerated matter right towards Earth. When a black hole’s enormous gravity sucks in heated gas circles, some substance may flee, rather than being flung out in a stream of plasma flying at almost light speed. The luminosity of blazar PKS 2131-021 changed at periodic times, so regularly that the research authors compared the oscillations to the way a clock ticks

The scientists assumed the fluctuations were caused by a second black hole pulling the other one, as the giants orbited one another every two years, but additional data was required to confirm this. So they went through 45 years worth of records from five observatories. The new data all confirmed the team’s projections for the double blazar’s luminosity over time.

Susan Kowal
Susan Kowal is a serial entrepreneur, angel investor/advisor, and health enthusiast.