In the world of black holes, there are usually three -sized categories: dark mass black holes (five to 50 times the sun), Super Aunt Black Hole (millions to billions of sun mass), and anywhere in the middle of the public with intermediate mass black holes.
Although we know that intermediate mass black holes should exist, they are rarely known about their origin or characteristics-they are considered rare “lost links” in black hole evolution.
However, four new studies have shed new light on mystery. The research was led by a team in the lab of physics and astronomy and astronomy Kiran Johnny, who also served as the founder director of the Wonderblated Lunar Labs Initiative. The work was financed by the Vendorbolt Office of the National Science Foundation and the Vice Provost for Research and Innovation.
The basic paper was published in the “Light” Intermediate Mass Black Hole Candidate Properties, Lego Vergo, in the third observer run. The letters of the astronomical journal And headed by the Lunar Labs Post Documentary Partner Angeli Eliker and Astro Physics PhD. Candidate Crystal Roues Rocha. The team re -mobilized the Nobel Laureate Laser Interface Interface Interface in the United States about the Gravity View Observatory (LIGO) and the Nobel Laser -winning laser interferometer of Kanya’s detective in Italy.
Researchers found that these waves consistent with the integration of black holes 100 to 300 times more of the sun, which causes them to become the heaviest events of the gravity wave recorded in astronomy.
Johnny said, “Black Hole is the ultimate cosmic fossil.” The new analysis reported that the public of black holes has become extremely speculated in astronomy. This new population of black holes opens an unprecedented window in the first stars to illuminate our universe. “
Earth -based detectors like Lego occupy only another part of the last collision of these “lightweight” intermediate masm black holes, making it difficult to determine how the universe creates them. To cope with this, Johnny’s lab turned to the upcoming European Space Agency and NASA’s laser interface space antenna (Lisa) mission, which began in the late 2030s.
Appeared in two additional studies Astronomical journal“A Sea of Black Holls: Lisa’s signature for the Oregon Black Hole for Binarys,” Raiz Rocha headed, and “a story of two black holes: Multi -band gravity measurement measurements,” they were told about them.
The black hole collision requires extreme precision to detect gravity waves – such as trying to listen to the pin drop during hurricanes. Also appeared in the fourth research Astronomical journal“No malfunction in the matrix: strong construction of signs of gravity wave under noise sample,” the team shows how artificial intelligence models guarantee that these black holes are disconnected from environmental and detector noise in the signal data. The dissertation was led by Post Documentary colleague Chian Chatterjee and extended the new Messengers program for Johnny AI in collaboration with the Data Science Institute.
“We hope that this research reinforces the issue of intermediate mass black holes because it is the most exciting source in the network of gravity detectors from Earth to space,” said Rais Rocha. “Every new detection brings us closer to understanding the origin of these black holes and why they fall into this mysterious collective limit.”
Moving forward, Eliker said the team would discover how the intermediate mass black holes can be observed using a detector on the moon.
“Access to the lower frequency of gravity wave from the lunar level can allow us to identify the environment in which these black holes live,” he said.
In addition to continuing this research, Johnny will also work with the National Academies of Sciences, Engineering, and Medicine on the study of NASA to identify the high -value lunar destinations for human search so that the goals of science can be solved.
As part of their participation in this study, Johnny will contribute to this Panels on helicopter, physics and physical science–
“This is an interesting moment in history – not only to study black holes, but also to bring the scientific fronts with a new era of space and lunar search,” said Johnny. “We have a rare opportunity to train the next generation of students whose discoveries will be shaped, and will be made from it.”
