And may I remind you... that I have standing orders to investigate all quasars and quasar-like phenomena wherever they may be encountered.
And may I remind you... that I have standing orders to investigate all quasars and quasar-like phenomena wherever they may be encountered.
quasars are extremely disruptive.
What does the red spectrum tell us about quasars?
In answering the question "What does the red spectrum tell us about quasars?"... Write bigger. "There are various words that need to be defined.
"And why is it so frequently linked with quasars?"
.. and I think that confidently and concisely answers the question, "What does the red spectrum tell us about quasars?"
Sun, moon, stars, quasars.
Nebulae, quasars, pulsars, stuff like that.
They could feel magnetic fields... created by quasars and black holes... created by quasars and black holes... negotiate singularities... navigate not just the stars, but space-time itself.
When I was on the cube, I never thought about what was outside- - pulsars, quasars, nebulas- - but here in this lab, I feel like I can see the entire galaxy.
My theory suggests that quasars are young galaxies... with gigantic black holes nestled at their cores.
You can't explain quasars at redshift four.
they were clearly radio sources -- they were discovered with radio telescopes -- and they looked star-like, and hence the stellar aspect of the term. so "quasi-stellar radio sources" got contracted to "quasars."
it has to put out a tremendous amount of energy per second -- much, much more than our sun -- in fact, 100 to 1,000 times more than our entire milky way galaxy of stars. and this was the real kicker. hawking: when the mysterious quasars were discovered, i was just beginning my post-graduate research.
i was dealing with einstein's general theory of relativity, and this seemed, to some physicists, a promising place to look for an explanation of the quasars.
but before that, when wheeler arrived at princeton in the 1940s, einstein was the most eminent member of the faculty. in 1963, the controversy about collapsing stars was rekindled by the discovery of quasars.
quasars had become a nagging mystery.
and what else, scientists wondered, could be behind the force unleashed in quasars? sciama: they were actually applying einstein's theory, not just to mathematical or mathematically dominated situations on paper,
filippenko: quasars appear to be denizens of the early universe, they just don't exist nowadays.
that's what we believe quasars are. the discs and their surrounding environment, which also gets heated up by all this radiation shining out toward us from the far past, because the quasars we see are all dead now. they don't last a long time.
hawking: we may now understand how black holes and quasars are related, but there is plenty of mystery left. strange as it may sound, i have found that things can get out of black holes.
Uh, she analyzed the data fed in from our radio telescope in new Mexico, studying radiation from quasars.
The supermassive black hole has ignited a quasar. quasars are literally the brightest objects in the universe. They're so intense, they can outshine an entire galaxy.
quasars blast away huge quantities of gas from the surrounding galaxy the equivalent of 10 Earths every minute.
quasars blow it out.
Now astronomers are looking for quasars, the secret to finding more black holes and figuring out how they work.
The Chandra observatory is a space telescope that can detect the powerful x-rays quasars send out.
These remarkable images show quasars of all shapes and sizes firing out into space.
These quasars will eventually calm down as their galaxy matures and takes its final shape.
We now know that supermassive black holes and the quasars they create control galaxies.
It's what's driven us to discover gravity, it's what's driven us to probe into the mysteries of quasars, and it's the same thing that drives us to probe into the mysteries of each other in our everyday lives. "Why does she keep doing that?
THEY'RE CALLED quasars.
quasars ARE THE BAD BOYS OF ASTRONOMY.
THESE quasars, THOUGH SMALLER THAN OUR SOLAR SYSTEM, SOMEHOW OUTSHINE 100 GALAXIES PUT TOGETHER.
BUT THE DISCOVERY OF quasars CHALLENGES THIS.
THIS COULD EXPLAIN HOW THE BLACK HOLES AND quasars ARE SO HUGE SO EARLY ON IN THE UNIVERSE.
quasars PROVE THAT THESE MASSIVE BLACK HOLES THROW OUT MORE LIGHT THAN WHOLE GALAXIES.
ÔÖ¬ quasars shine through endless night ÔÖ¬
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