Astrophysicist Plans to Observe A ‘Black Hole Symphony’ Using Gravitational Wave Astronomy
Shrouded in mystery since their discovery, the phenomenon of black holes continues to be one of the most mind-boggling enigmas in our universe.
In recent years, many researchers have made strides in understanding black holes using observational astronomy and an emerging field known as gravitational wave astronomy, first hypothesized by Albert Einstein, which directly measures the gravitational waves emitted by black holes.
Through these findings on black hole gravitational waves, which were first observed in 2015 by the Laser Interferometer Gravitational-Wave Observatories (LIGO) in Louisiana and Washington, researchers have learned exciting details about these invisible objects and developed theories and projections on everything from their sizes to their physical properties.
Still, limitations in LIGO and other observation technologies have kept scientists from grasping a more complete picture of black holes, and one of the largest gaps in knowledge concerns a certain type of black hole: those of intermediate-mass, or black holes that fall somewhere between supermassive (at least a million times greater than our sun) and stellar (think: smaller, though still 5 to 50 times greater than the mass of our sun).
That could soon change thanks to new research out of Vanderbilt on what’s next for gravitational wave astronomy. The study, led by Vanderbilt astrophysicist Karan Jani and featured today as a letter in Nature Astronomy, presents a compelling roadmap for capturing 4- to 10-year snapshots of intermediate-mass black hole activity.
“Like a symphony orchestra emits sound across an array of frequencies, the gravitational waves emitted by black holes occur at different frequencies and times,” said Jani. “Some of these frequencies are extremely high-bandwidth, while some are low-bandwidth, and our goal in the next era of gravitational wave astronomy is to capture multiband observations of both of these frequencies in order to ‘hear the entire song,’ as it were, when it comes to black holes.”
Jani, a self-proclaimed “black hole hunter” who Forbes named to its 2017 30 Under 30 list in Science, was part of the team that detected the very first gravitational waves. He joined Vanderbilt as a GRAVITY postdoctoral fellow in 2019.
Along with collaborators at Georgia Institute of Technology, California Institute of Technology and the Jet Propulsion Laboratory at NASA, the new paper, “Detectability of Intermediate-Mass Black Holes in Multiband Gravitational Wave Astronomy,” looks at the future of LIGO detectors alongside the proposed Laser Interferometer Space Antenna (LISA) space-mission, which would help humans get a step closer to understanding what happens in and around black holes.
“The possibility that intermediate mass black holes exist but are currently hidden from our view is both tantalizing and frustrating,” said Deidre Shoemaker, co-author of the paper and professor in Georgia Tech’s School of Physics. “Fortunately, there is hope as these black holes are ideal sources for future multiband gravitational wave astronomy.”
LISA, a mission jointly led by the European Space Agency and NASA and planned for launch in the year 2034, would improve detection sensitivity for low-frequency gravitational waves. As the first dedicated space-based gravitational wave detector, LISA would provide a critical measurement of a previously unattainable frequency and enable the more complete observation of intermediate-mass black holes. In 2018, Vanderbilt physics and astronomy professor Kelly Holley-Bockelmann was appointed by NASA as the inaugural chair of the LISA Study Team.
“Inside black holes, all known understanding of our universe breaks down,” added Jani. “With the high frequency already being captured by LIGO detectors and the low frequency from future detectors and the LISA mission, we can bring these data points together to help fill in many gaps in our understanding of black holes.”
The work was funded in party by NASA (grant 80NSSC19K0322) and the National Science Foundation Grant PHY-1806580, PHY-1809572 and PHY-1708212). Work was carried out at the Jet Propulsion Laboratory, California Institute of Technology, under contract to the National Aeronautics and Space Administration.
Contacts and sources:
Citation: Detectability of intermediate-mass black holes in multiband gravitational wave astronomy Karan Jani, Deirdre Shoemaker & Curt Cutler Nature Astronomy (2019) https://www.nature.com/articles/s41550-019-0932-7 http://dx.doi.org/10.1038/s41550-019-0932-7
Please Help Support BeforeitsNews by trying our Natural Health Products below!
Join our affiliate program and earn extra money by sharing with friends and family or by posting on your social media.
Order by Phone at 888-809-8385 or online at www.mitocopper.com
Get our Free Ebook, "Suppressed Health Secrets" with Natural Cures THEY don't want you to know!
APeX - Far superior to colloidal silver! Destroys Viruses, Bacteria, Pathogens with Oxygen plus Silver!
Supreme Fulvic - Nature's most important supplement! Vivid Dreams again!
Ultimate Curcumin - Natural pain relief, reduce inflammation and so much more.
pathogens and gives you more
energy. (See Blood Video)
Oxy Powder - Natural Colon Cleanser! Cleans out toxic buildup with oxygen!
Organic Hemp Extract (CBD) - Full Spectrum high CBD (3300mg) hemp extract eases stiff joints, relieves stress and more!
Nascent Iodine - Promotes detoxification, mental focus and thyroid health.
Smart Meter Cover - Reduces Smart Meter radiation by 96%! (See Video)
FINAL WARNING! Diseases are EXPLODING! Watch this Video about APeX and You'll THROW AWAY Your Colloidal Silver! APeX destroys Viruses, Bacteria and other Pathogens with the power of Oxygen PLUS Silver! Nobody else has a product like THIS! See why the inventor hasn't been sick in 16 years and why you'll never hear about it on the FAKE NEWS! Get some now and tell your friends about it too so we can reach more people!