Your quote isn't very clear about what exactly is groundbreaking here. Is it the largest one yet found? Is it a new detection method? Is it a significant better/more accurate measurement? Is it an important verification of something?
certainly it's not the biggest, wiki list numerous ones in the tens of billions solar masses.
Last edited by mmoc982b0e8df8; 2016-05-06 at 01:55 PM.
Inb4 your mom jokes.
Did I make it?
wow this thread went from the intellectual to school boy humour pretty darn quickly, that's mmo for you.
I do agree with the poster above, it's a divide by zero situation
Black holes are simple and uncomplicated objects. I would be much more enthusiastic to hear of a discovery of a massive neutron star - now those guys are fascinating.
Cause exploring the universe would explore ourselves? We don't even know if life exists outside of Earth. If we understand how life gets started, then we can figure ourselves out.
Black holes are most likely just a lot of matter compressed into a small volume. The more mass you have and the less volume it takes up, you'll have a gravitational pull so strong that light won't escape it.
Just to give you an idea, if you replaced the Sun with an equally as massive black hole, the Earth wouldn't notice it. We would still orbit the black hole like we'd orbit the Sun, except we'd die a frozen death since we don't have the life giving sunlight the Sun provides.
We just can't explain what matter must look like in a black hole, and how physics works inside it. We certainly can't explain it mathematically.
I don't buy into their current theories about the universe, black holes, white holes, planets, whatever... . At the moment, our understanding of the cosmos is akin to that of a small infant staring up at her mother.