Sentences with phrase «black holes did»

The black holes didn't do anything wrong, and the stars didn't do anything particularly right.

One new idea is that the very first black holes did not form from dead stars at all; instead, they formed directly from the collapse of huge amounts of gas.

According to some theorists, the best explanation for GW170104's curious misalignment is that its black holes did not start out as stars at all.

If black holes do exist, which they are pretty sure they do, then their gravitational signature dictates these «rules».

Black holes do indeed exist... we even have photographic evidence of stars whipping around an invisible (thus black) massive gravitational point at the core of our own galaxy.

He struggled to explain why black holes don't destroy information, a puzzle that may be his greatest legacy

If black holes don't exist, I ask Mersini - Houghton, what are those things at the hearts of most galaxies?

Supermassive black holes do the same, and if similar processes are behind the bursts, watching Cygnus X-3 could tell us how they develop as they gobble up matter from their surroundings.

For years he disputed Stephen Hawking's conjecture that black holes do not merely swallow objects but grind them up beyond recovery, in violation of quantum mechanics.

It sounds like a contradiction: everyone «knows» that black holes do not allow anything, even light, to escape.

The paradox could also be resolved if black holes do not include a true singularity, or if, as Stephen Hawking has suggested, the Hawking radiation contains the information, albeit in a mangled and unreadable state.

Black holes don't just tell us about how black holes store information.

Some black holes do this conspicuously, releasing outbursts of gamma rays and X-rays every time they feed, while others are «closet eaters» that emit very little radiation at feeding time.

Yet the black hole doesn't take up much space.

Hamilton also recognized that real black holes do not exist in isolation, so he used the computer model to feed his black hole.

That means black holes do not just suck everything in — or accrete, as they call it scientifically — but in fact they must radiate some energy out.

But in the 1970s, Stephen Hawking used quantum mechanics to show black holes do emit radiation, which eventually evaporates them away completely.

«Most of the interesting information arrives at the end where the black hole does its most wild motions and all the cool physics of Einstein's theory really comes to the fore,» said O'Shaughnessy, assistant professor in RIT's School of Mathematical Sciences.

Last week famed physicist Stephen Hawking caused an uproar with his assertion that black holes do not exist — at least not as we've defined them for the past 40 years.

Colliding black holes do not emit light; however, they do release a phenomenal amount of energy as gravitational waves.

Soon though, the Heriot - Watt team may be able to make their model black hole do something that real ones can not: act as lasers.

But black holes don't have a way to create this pulsing.»

But if black holes do grow fractal skins when they feed, signals of this may show up in the gravitational waves they emit.

Black holes themselves don't radiate light, but the fast - moving material spiraling into black holes often does.

Black holes do not obliterate information about things which fall into them, but mangle information instead.

High - energy black holes would evaporate almost instantly because they leak energy in a way that massive black holes don't.

«Contrary to what some people think, black holes do not actually devour everything that's pulled towards them.

The more of them we find, the less likely it is that they all grew the way most modern black holes do, by devouring dust and gas.

Black holes don't have magnetic fields and neutron stars do, so the finding revealed that this particular ULX in M51 had to be a neutron star.

Figure 3: A schematic view of the fact that an ionized gas outflow (green) driven by the central supermassive black hole does not affect the star formation of its host galaxy.

Yoshiki and the team's result suggests that the radiation from a supermassive black hole does not always affect the molecular gas and star formation of its host galaxy.

When a supermassive black hole does exactly that to a star — sphagettifying the burning ball of gas into shreds and devouring it as it comes too close to the black hole's event horizon — the phenomenon is called a tidal disruption event.

The scientists studied the object, known as G2, during its closest approach to the black hole this summer, and found the black hole did not dine on it.

Hence, some astronomers believe that the conditions around those central black hole did not appreciatively changed much in that time, contrary to some theoretical expectations.

Pulsars are, in this respect, the last stage before a black hole: their gravity is extremely strong but not strong enough to swallow light and appear as if they were piercing spacetime in the way that black holes do.

Supermassive black holes don't give off any light themselves, but they are often encircled by discs of hot, glowing material.

We have thought an awful lot about what black holes do.

«While black holes themselves do not emit light, the gaseous material they chew on is heated to extreme temperatures, making them the most luminous objects in the universe.»

Black holes don't divide by zero.

Black Hole doesn't look as dark as it should.

We hate to admit it but the Black Hole does exist.

Not exact matches

Don't send your resume or applications into faceless Black Hole recruiting portals.

This level of transparency and autonomy sends a clear message to our employees: Feedback on our culture and work environment doesn't go to a black hole; it's a top - level management priority.

The first hole also generated dark green to black ash - rich mudstone, starting at around 50m depth, just like a few other, earlier holes did in the 2017 program on Dean.

This last hole generated dark green to black ash - rich mudstone at a depth of 53.4 m. Management hasn't seen this before, and assumes that this type of claystone doesn't differ a lot recovery-wise, and just has a different color, but has to sample and test this first of course to be sure.

E.g. Ted Haggard, pastor of a huge charismatic church in Colorado... instead of getting therapy and accepting his sexuality gets caught in a black hole of shame and is found slipping off most weekends to cheat on his wife, do meth, and have sex with a male prostitute.

Einstein mathematically «proved» black holes... but he did not actually believe they existed.

I hate asking for money, but I've learned the hard way that events that don't pay me for my work tend to turn into giant black holes that suck my time and energy away.

I suppose you can extrapolate this but, how does anyone know there aren't many, even an infinite number of, such Universes that explode into existence and then get sucked into lots of black holes just to explode again?

Please don't be watching peoples comments on this site so you can categorise and pigeon - hole us into your groups, that will lead to the cessation of free speech here — not all of us know everything, we are often learning by the process of conversation and don't have lots of black and white answers figured out.