Not exact matches
But «logic» this; Of a God that created a
universe that is about 12 billon years old
in extension, with millions of
galaxies like ours, containing billions of stars and planets.
by calculating the estimation of how many
galaxies are
in the
universe, times how many planets
in each, times how many likely have the conditions that support life, times the probability of elements combining and creating life... the result is something
like there could be 10 million planets that have life on them, aka aliens
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.
Arrested development,
like in Coma, or delayed development à la Malin 1 — either way, the
universe's faint
galaxies don't mesh with conventional theory.
Like revelers on a ship, the
galaxies in our group will continue to collide and interact
in myriad interesting ways, but we will be forever separated from the revelers on other ships sailing away from us
in the vast
universe.
Gal - Yam thinks the conditions
in the host
galaxy could be
like those
in the early
universe, when theory says such giant stars were born and died
in great numbers, seeding the
universe with heavy elements.
The reionization of hydrogen
in the
universe didn't occur
like the flipping on of a light switch; it wasn't instantaneous and probably didn't happen at the same rate across the cosmos, said Anna Frebel, an assistant professor of physics at MIT who studies stars and
galaxies that formed
in the very early days of the
universe.
A spheroidal ring projection would mirror the strings of clusters of
galaxies seen to surround voids
in the
universe; voids and string -
like formations are seen and predicted by many models of the cosmos.
When the
universe was one - fifth of its current age — about 3 billion years old —
galaxies were pumping out stars
like mad, the equivalent of 100 suns per year — 100 times the rate
in our Milky Way today.
The study, published online today
in The Astrophysical Journal Letters, describes how the researchers used the powerful MOSFIRE instrument on the W. M. Keck Observatory's 10 - meter telescope
in Hawaii to peer into a time when the
universe was still very young and see what the
galaxy looked
like only 670 million years after the big bang.
Clumps of matter
in the early
universe are the seeds of
galaxies like our Milky Way.
A new study based on observations with the Hubble Space Telescope has shown that the most massive
galaxies in the
universe, which are found
in clusters
like this, have been aligned with the distribution of neighboring
galaxies for at least 10 billion years.
In more recent studies the
universe appears as a collection of giant bubble -
like voids separated by sheets and filaments of
galaxies, with the superclusters appearing as occasional relatively dense nodes.
Planets had been thought of as latecomers to the cosmic party, created a long time after
galaxies and stars and only when heavier elements,
like carbon and silicon, had accumulated
in the
universe.
The discovery that many small
galaxies throughout the
universe do not «swarm» around larger ones
like bees do but «dance»
in orderly disc - shaped orbits is a challenge to our understanding of how the
universe formed and evolved.
In practice, normal and dark matter appear to fill the
universe with a foam -
like structure, where
galaxies are located on the thin walls between bubbles, and are grouped into superclusters.
While finding a gigantic black hole
in a massive
galaxy in a crowded area of the
universe is to be expected —
like running across a skyscraper
in Manhattan — it seemed less likely they could be found
in the
universe's small towns.
Welcome to The Countdown, the Scientific American show that counts down the five coolest things happening now
in space news.Episode 1: July 26, 2012 Story 5
Galaxies from the early
universe usually look kind of lumpy or blobby, but scientists have spotted one with a spiral structure, making it look a lot
like our own Milky Way galaxy.See Primordial Pinwheel: Astronomers Spot Oldest Prominent Spiral Galaxy Yet.
Astronomers and physicists had long assumed that remote stars and
galaxies drifted around at random,
like dust motes
in a sunbeam, while the
universe itself remained static.
These previously unseen distant
galaxies and others
like them are so numerous that they are likely producing the majority of stars formed
in the early
universe.
In addition to providing enough data to create a deep 3D map showing the distribution and diversity of galaxies in the observable universe, the information gathered by ZFOURGE is also giving scientists a glimpse into what our own galaxy was like in its youth, and what it's likely to be billions of years from no
In addition to providing enough data to create a deep 3D map showing the distribution and diversity of
galaxies in the observable universe, the information gathered by ZFOURGE is also giving scientists a glimpse into what our own galaxy was like in its youth, and what it's likely to be billions of years from no
in the observable
universe, the information gathered by ZFOURGE is also giving scientists a glimpse into what our own
galaxy was
like in its youth, and what it's likely to be billions of years from no
in its youth, and what it's likely to be billions of years from now.
The idea goes
like this: Early
in the
universe's history, large
galaxies grew out of collisions and mergers of smaller
galaxies.
(VIDEO) Visualizing the cosmic web: This computerized simulation by the Virgo Consortium, called the Millennium Simulation, shows a web -
like structure
in the
universe composed of
galaxies and the dark matter around them.
Computer simulations of the evolution of matter distribution
in the
universe predict hundreds of low mass dwarf
galaxies for every Milky Way -
like galaxy.
It said that the combined gravity of all stars, planets and
galaxies in the
universe should act
like brakes to slow the expansion of the
universe.
Some theoretical models have predicted that dark
galaxies were common
in the early
universe when
galaxies had more difficulty forming stars — partly because their density of gas was not sufficient to form stars — and only later did
galaxies begin to ignite stars, becoming
like the
galaxies we see today.
A simple thing such as a stroll
in the park might seem
like something from another
universe on the other side of the
galaxy to our military single, so distant might it appear, yet so wonderful and alluring.
Divergence: Year Zero is set
in the same
universe and is intended as a sequel to the Star Wars
Galaxies - inspired sandbox, only instead of being an MMORPG, this version is themed more
like a survival sandbox, with plans for vehicles, non-combat professions, improved animations, new zones, quests, and voice comms still on the way, though it's already «100 % playable» according to the team.
Home has become such a complex place of games, social groups, and so much more, that to simply hang a number
like 23 million on it is
like trying comprehend what 80 - 100 billion
galaxies in the observable
universe looks
like.