Not exact matches
Gases and matter
swirl in a disk around a newly forming star, but the star's magnetic field causes turbulence that knocks matter free from the disk and lets it fall into the center.
Swirling motions
in clouds of cold, dense
gas have given, for the first time, an active insight into how gravity creates the compact cores from which stars form
in the interstellar medium.
In the old view, the planets formed in an orderly manner, born from a swirling disk of gas and dust, known as the solar nebula, into stable orbits at their present locations from the su
In the old view, the planets formed
in an orderly manner, born from a swirling disk of gas and dust, known as the solar nebula, into stable orbits at their present locations from the su
in an orderly manner, born from a
swirling disk of
gas and dust, known as the solar nebula, into stable orbits at their present locations from the sun.
That
gas is what the bulk of Jupiter is made of — samples of the material that
swirled around the infant sun, now stored
in a planet - sized warehouse.
But the black holes
in the Whirlpool have temperatures of less than 4 million degrees Celsius, indicating that the clouds of hot
gas swirling around them are bigger and more spread out.
But as the seasons changed, light illuminated a bizarre six - sided
swirl of
gases at the pole (shown here
in false color).
Back
in 2012, the Empa team already developed a particularly efficient catalytic converter: a ceramic cast of a polyurethane foam that
swirls the exhaust
gases more effectively and generates less counter-pressure than a catalytic converter with its conventional honeycomb structure.
That past began 4.56 billion years ago, when the first solids cooled and congealed from the hot
gas and dust
swirling in the newborn solar nebula.
The jets could be the result of a magnetic field produced by charged ions
swirling around
in the
gas but it wasn't clear whether the field was strong enough.
This is a function of the way the planets
swirled into existence from the same cloud of dust and
gas that gave rise to the sun itself — and is one of the things that got poor Pluto booted from the planet club altogether back
in 2006.
(Black holes themselves are invisible, but astronomers detect them by looking for the brilliantly hot
gas that
swirls around them before getting sucked
in.)
Similar to how water
in a bathtub forms a whirlpool as it goes down a drain, the
gas and magnetic fields that feed a supermassive black hole
swirl to form a rotating disk — a tangled spaghetti of magnetic field lines mixed into a broth of hot
gas.
The first hint of such twisters appeared
in 2009, when Norwegian astrophysicist Sven Wedemeyer - Böhm spotted thousand - mile - wide
swirls of
gas in images of the sun's surface from NASA's Solar Dynamics Observatory and from the Swedish 1 - m Solar Telescope.
He had a hunch those
swirls were part of a bigger structure, and a computer simulation proved him right:
In aggregate, the
swirls could twist the sun's magnetic field, causing it to launch a huge spinning funnel of
gas.
«We know that these showers are linked to the jets because they're found
in filaments and tendrils that wrap around the jets or hug the edges of giant bubbles that the jets have inflated,» said Tremblay, «And they end up making a
swirling «puddle» of star - forming
gas around the central black hole.»
Their constituent
gas, dust, and stars are
swirling together
in a vigorous cosmic blender, igniting newborn stars
in bright star formation regions across the galaxy.
Hubble's infrared camera enabled Freudling, an astronomer with the European Southern Observatory
in Garching, Germany, to analyze the elements
in three quasars — clouds of hot
gas swirling into giant black holes — that were up to 12.8 billion years old.
To find out whether the jets could be the result of a magnetic field produced by charged ions
swirling around
in the
gas, Eatough and colleagues looked at a nearby pulsar.
The black holes that we can observe directly through their radiant emission are mostly
in a configuration where
gas swirls around the black hole
in the form of an accretion disk and that accretion disk — most of the mass is going to be
in an ionized form, and then some of that
gas gets expelled from the environment around the black hole, while it is still outside the black hole, it gets squirted out
in the form of an outflow, a wind like the solar wind and then [a] much faster, collimated outflow called a jet.
The most primitive known meteorites, carbonaceous chondrites, were formed
in the same
swirl of dust, grit, ice and
gasses that gave rise to the sun some 4.6 billion years ago, well before the planets were formed.
Eventually, they collided
in a
swirling crush of stars,
gas, and dust.
Other stellar - mass black holes — such as the one
in Cygnus X-1, the first black hole found — came to attention because hot
gas swirling into the black holes emits x-rays.
«The massive stars have extremely high winds associated with them and the winds are colliding and
swirling at very high speeds, which make the
gases in this environment very hot.
His infrared studies of the center of the galaxy with Reinhard Genzel, now a professor of physics at UC Berkeley and director of the Max Planck Institute for Extraterrestrial Physics, revealed
in 1985
swirling gas clouds that could only be orbiting a massive object, presumably a black hole.
From his way of thinking, hundreds of millions of years after the big bang, stars formed
in swirling and contracting disks of
gas and dust.
A huge, windy
swirl of
gas — usually found
in the largest, most active galaxies — commands the center of a spiral similar to the Milky Way and may disrupt the galaxy's star formation, new research shows.
The keen vision of NASA's Hubble Space Telescope has detected a mysterious gap
in a vast protoplanetary disk of
gas and dust
swirling around the nearby star TW Hydrae, located 176 light - years away
in the constellation Hydra (the Sea Serpent).
The jet originates
in the disk of superheated
gas swirling around this object and is propelled and concentrated by the intense, twisted magnetic fields trapped within this plasma.
As a
swirling disk of
gas gradually falls into the central black hole, it heats up and some of the
gas is blown off the disk by intense radiation
in a wind at speeds up to a tenth of light speed (more illustrations).
In 2000, astronomers released an exciting discovery using Hubble spectroscopic data of gas and stars swirling around supermassive black holes in more than 30 galaxie
In 2000, astronomers released an exciting discovery using Hubble spectroscopic data of
gas and stars
swirling around supermassive black holes
in more than 30 galaxie
in more than 30 galaxies.
This is done by exposing the alcohol
in the pan to fire from a match or
gas burner and then
swirling the pan until the flame subsides.
Speculation
swirls around the ultimate amount of
gas that might be recovered, especially because shale wells never produce as much
in subsequent years as they do
in their first.
Where others see a morass of details we see a tightly coupled, intricate engine moving energy around
in amazing intricate
swirls through a layer of liquid and a layer of
gas with a sugar frosting on top.