As the stars within the cluster interact with other clusters and clouds of gas
in the galaxy around them, and as the gas between the stars is either used up to form new stars or blown away from the cluster, the cluster's structure begins to change.
Not exact matches
Oh, so
in the vast known Universe, which reaches out for 15 BILLION light years
in all directions, with over 100 BILLION
galaxies, containing an average of 100 BILLION stars each, with most of those stars now thought to have multiple planets orbiting
around them, you can't imagine that there would be at least ONE little planet SOMEWHERE with the right conditions for life without divine intervention?
God: Well,
in one of those of
galaxies, there's one tiny little star that has a few planets circling
around it.
Collision between the Milky Way and the Andromeda
galaxies should start
around 4 billion years from now (I'll have to stay up late and watch that one), and the sun should g red giant
in 5 billion years (stock up on sunscreen).
There are planets
around nearly every star
in our
galaxy.
There's no difference if there was a super giant star
in the centre of the
galaxy gravitationally speaking, a black hole's gravitational pull is proportional to its mass, which is estimated at
around 4 million solar masses.
Apparently, if you are fortunate enough to be
around at that time, the
galaxy you are
in will seem to be the only
galaxy in the universe as the other
galaxies will be receding away from your
galaxy faster than the speed of light.
But the motion of the stars
around a
galaxy just doesn't make since with the amount of mass that scientists believe is
in that
galaxy (they only see about 10 - 20 % I think it was).
Oh, and for the record just to give you a clue there are 10 billions suns just like ours
in each
galaxy, and a computer has estimated there are probably some where
around 500 billion
galaxies, give or take a few.
There are many, many
galaxies just like ours... To think that our one little earth
around this one little star just
in this one little place of this one little
galaxy in the whole universe is the only one to have life, that would make us special.
Chemical calculations show that helium hydride should be visible
in clouds
around distant
galaxies and supernovas, or even
in modern planetary nebulas (shells of gas expelled by aged, sunlike stars).
As astronomers poke
around for
galaxies so far away (and so far back
in time), they hope to find the seeds of what eventually became modern
galaxies.
Because this scenario depends on the presence of nearby stars, we expect DCBHs to typically form
in satellite
galaxies that orbit
around larger parent
galaxies where Population III stars have already formed.
This radiation heats up the dust
around it - most
galaxies are littered with the stuff - which then reradiates that away
in the infrared.
Black holes also grew
in the simulation, feeding on the gas
around them, and releasing energy into the wider
galaxy.
The holes
in the cheese represent places
around stars and
galaxies where UV radiation has ionized hydrogen atoms, bringing 21 - centimeter emissions to a halt.
He said that under the lambda cold dark matter model, smaller systems of stars should be more or less randomly scattered
around their anchoring
galaxies and should move
in all directions.
Brain and his colleagues started to think about applying these insights to a hypothetical Mars - like planet
in orbit
around some type of M - star, or red dwarf, the most common class of stars
in our
galaxy.
In Maxwell's time, most physicists thought that light, like sound, needed some kind of medium for transmission; the mysterious, invisible substance they hypothesized, called the luminiferous ether, would presumably be influenced by the motion of Earth
around the sun and the movement of the solar system through the
galaxy, a dynamic that stood to alter the speed of light depending on the relative direction from which that light came.
In the 16th century, Nicolaus Copernicus did it by arguing that Earth is just one planet among many revolving around the sun; in 1924, Edwin Hubble did it by showing that our galaxy is just one among man
In the 16th century, Nicolaus Copernicus did it by arguing that Earth is just one planet among many revolving
around the sun;
in 1924, Edwin Hubble did it by showing that our galaxy is just one among man
in 1924, Edwin Hubble did it by showing that our
galaxy is just one among many.
In January 2012, Christoph Weniger, a physicist at the University of Amsterdam in the Netherlands, started noticing hints of a strange type of radiation around the center of our galax
In January 2012, Christoph Weniger, a physicist at the University of Amsterdam
in the Netherlands, started noticing hints of a strange type of radiation around the center of our galax
in the Netherlands, started noticing hints of a strange type of radiation
around the center of our
galaxy.
About 150 globular clusters lie
in and
around the Milky Way
galaxy.
In the simulations, these dark matter thoroughfares connect major galactic hubs from all directions, so small
galaxies should zip
around the central
galaxy at random.
Physicists have described how observations of gravitational waves limit the possible explanations for the formation of black holes outside of our
galaxy; either they are spinning more slowly than black holes
in our own
galaxy or they spin rapidly but are «tumbled
around» with spins randomly oriented to their orbit.
One theory is that this missing matter hides
in a halo of hot gas
around each
galaxy.
Some research has been done to deduce the chemical makeup of very early
galaxies, based on observations of very bright, distant
galaxies, or of very old stars that formed
in the early universe and are still
around today, Hewitt said.
They confirm that massive
galaxies already existed early
in the history of the universe, but they also show that those
galaxies had very different physical properties from what is seen
around us today.
«Stars
in a dwarf
galaxy often move
around at random, but this is not exactly the case for Andromeda II.
If conditions are similar
around other stars and planets, there should be trillions of moons
in our
galaxy, with a small but significant percentage of them suitable for life.
All the stars
in NGC 891, a spiral
galaxy located 30 million light - years away
in the constellation Andromeda, orbit
around the center.
If there are enough WIMPs to make up all the dark matter
in our
galaxy, then there should be several thousand per cubic meter
in the region
around Earth.
These stars are situated
in an almost complete ring and are rotating
around the centre of the
galaxy,» explains astrophysicist Nicola C. Amorisco, Dark Cosmology Centre, Niels Bohr Institute, University of Copenhagen.
Some of them remain
in an orbit
around the large
galaxy.
At first astronomers thought they might have detected a planet
around a single star somewhere
in our
galaxy.
Despite having run the highest - resolution simulation to date, Wetzel continues to push forward, and he is
in the process of running an even higher - resolution, more - sophisticated simulation that will allow him to model the very faintest dwarf
galaxies around the Milky Way.
A large fraction of the massive
galaxies [3] we now see
around us
in the nearby Universe were already formed just three billion years after the Big Bang.
The surrounding cloud of ionised gas is producing more microwaves than clouds
around other star clusters
in our
galaxy.
Four images of the same supernova flashed
in the constellation Leo as its light bent
around a
galaxy sitting about 6 billion light - years away between Hubble and the exploding star, researchers report
in the March 6 Science.
«The discovery of so many new
galaxy candidates
in one - eighth of the sky could mean there are more to find
around the Milky Way.»
We thought satellite
galaxies were usually
in random orbits
around larger ones, but a handful
in coordinated orbits may force us to rethink
galaxy formation
In hurricanes and
galaxies, the body rotation spawns spiral shapes: When the center turns faster than the periphery, waves within these phenomena get spun
around into spirals.
Astronomers have noted that such streams of stars are relatively common
in the outer regions of spiral
galaxies, a phenomenon that has been observed on the outskirts of the Milky Way as well as
around the nearby Andromeda
galaxy.
The team, led by Andreas Brunthaler at the Max Planck Institute for Radio Astronomy
in Bonn, Germany, measured the gas
around two star - forming regions on opposite sides of the M33
galaxy.
Instead of waiting
around like a nervous dad
in the delivery room, Rest found a way to zoom
in on a few of our
galaxy's past supernovas.
The
galaxies were then divided into those that are central to their local environment (the center of gravity) and those that roam
around in their host environments (satellites).
«The number of potentially habitable planets
in our
galaxy is much greater if we can expect to find several of them
around each low - mass star — instead of looking at ten stars to look for a single potentially habitable planet, we now know we can look at just one star and find several of them,» adds co-author Rory Barnes (University of Washington, USA).
The trouble was, nobody could figure out where the gamma - ray bursts were —
in and
around our Milky Way
galaxy or at the far reaches of the universe.
At their closest points, the
galaxies are separated from each other
in projection by only
around 7000 light - years.
We are just a species of ape living on a smallish planet orbiting an unremarkable star
in one
galaxy among billions
in a universe that had been
around for 13.8 billion years without us.
In every single galaxy ever studied, the stars and gas move faster than Newton's laws say they should, as if gravity from a hidden mass in or around the galaxy were yanking them along, boosting their spee
In every single
galaxy ever studied, the stars and gas move faster than Newton's laws say they should, as if gravity from a hidden mass
in or around the galaxy were yanking them along, boosting their spee
in or
around the
galaxy were yanking them along, boosting their speed.