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Simulation of black holes in a cosmic love story. | Credit: Jimmy Lombardy/ALGONG.
“Roses are red. Violet is blue. Your event horizon means that I cannot see you!” As this ugly verse appears, black holes are not completely favorable to romantic images on Valentine’s Day. However, a new simulation was detected in time on February 14th shows how dance Black holes It can “Vepi” with each other, form a cosmic love story literally in the stars.
More precisely, the team was discovered behind the simulation Black black hole pairs It was formed in Dense First, you revolve before gathering and merge.
The discovery can explain the mysterious signatures seen in Gravity The signals I discovered Laser overlap scale, gravitational wave observatory (Ligo), and the virgin of the co -detector.
This research, unlike the previous theories that were proposed before they met and integrate, each of the black holes has its own random and chaotic routes.
“This discovery challenges the common belief that the black holes that were formed in the stars groups are always randomly,” Folia Kirojal, Northwestern University researcher, said in a statement.
How does black holes repeat the most famous scene of Lady and The Tramp?
This team, led by Northwestern University researcher, Folia Keroglu, found that while black holes are collected together through the cosmic dance hall, they faced huge stars.
The tremendous gravity of black holes generates tidal forces that crush these stars and extends in a process called “pasta”. Black holes, then mix this pasta from Star pasta In a scene that may call for celebrities The scene of eating spaghet In “Lady and Trump”.
But this is more than just a romantic cosmic meal. The mass that black holes collect increases the effect of gravity. This recycles black holes, and shines them in synchronization.
Cosmic dance simulation and a great meal shows two compact black holes Credit
“When a huge star is torn with a binary black hole, it creates two separate streams of debris, each of them revolves around a black holes,” said Kirogel. “Initially, this direction of this yarn clouds is random. However, where black holes approach, strong tidal forces begin to reorganize these clouds, which gradually affects the direction of rotation to the black holes themselves.”
If this is not already Fu, the above simulation shows that with the collection of black holes, currents of materials from their stellar meals adhere to it, and form the heart of the iconic Valentine’s Day.
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“Over time, this process leads to a black hole incorporate with a slight but consistent alignment – something seen in the gravitational wave signals from merged the bilateral black holes discovered by Ligo/Virgo but has not been completely understood yet,” continued Kıroğl.
The team’s research has been accepted by astronomical physical magazine messages.
