The numerous galaxy collisions literally tear some galaxies apart and scatter their stars into wide orbits around the newly
created large galaxies, which should give the galaxies a faint background glow of stellar light.
Not exact matches
Thousands of processors, terabytes of data, and months of computing time have helped a group of researchers in Germany
create some of the
largest and highest resolution simulations ever made of
galaxies like our Milky Way.
The team also see the effect of those smaller
galaxies, in some cases spiralling into the
larger galaxy early in its history, in a process that could have
created large spiral discs.
Powerful radiation from supermassive black holes at the center of most
large galaxies creates winds that can blow gas out of the
galaxies, halting star formation.
Dark matter may also be responsible for
creating the most awesome objects in the universe: the enormous black holes believed to lurk in the center of nearly every
large galaxy.
«Cosmologists
create largest simulation of
galaxy formation, break their own record: A multi-institutional team gives the cosmology community a world - class simulation to study how the universe formed..»
Astronomers have already begun leveraging Hubble and other space telescopes to
create a preview of what Webb may reveal, staring at some of the
largest galaxy clusters in a project called «Frontier Fields.»
Single stars are often overlooked in favour of their
larger cosmic cousins — but when they join forces, they
create truly breathtaking scenes to rival even the most glowing of nebulae or swirling of
galaxies.
Our Milky Way, a giant barred spiral
galaxy,
creates stars both
large and small, and astronomers had assumed other
galaxies did the same.
The
large gravitational pulls of these structures
create huge flows of
galaxies from one part of the Universe to another.
These maps,
created with one of the world's most powerful digital cameras, are the
largest contiguous maps
created at this level of detail and will improve our understanding of dark matter's role in the formation of
galaxies.
Scientists from the Leibniz Institute for Astrophysics Potsdam (AIP) have joined an international research team to
create one of the
largest sets of
galaxies in a computer genera...
The
galaxies are much fainter than the quasars so only the
largest telescopes can gather enough light to
create a spectrum for those far away
galaxies.
Astronomers believe that it was
created when a
large galaxy collided with a smaller one millions of years ago — a phenomenon that stripped the latter of nearly all its stars and gas.
«The
galaxy we have observed, EGS8p7, which is unusually luminous, may be powered by a population of unusually hot stars, and it may have special properties that enabled it to
create a
large bubble of ionized hydrogen much earlier than is possible for more typical
galaxies at these times,» Sirio Belli, a Caltech graduate student who worked on the project, said, in the statement.
It may be that the
galaxy we have observed, EGSY8p7, which is unusually (intrinsically) luminous, has special properties that enabled it to
create a
large bubble of ionized hydrogen much earlier than is possible for more typical
galaxies at these times,» said Sirio Belli, a Caltech graduate student who helped undertake the key observations.
The Laser Interferometer Gravitational - wave Observatory (LIGO) made the detection, determining that the two black holes merged to
create one
large black hole in a
galaxy about 3 billion light - years away.
To fight these invaders, we have
created three rather
large robots, whose sole purpose is to kick the posterior of multiple metal aliens back across the
galaxy.