Sentences with phrase «early universe because»

Quasars were such powerful generators of radiation in the early universe because the supermassive black holes in their cores had access to a huge quantity of material.

The MOIRCS near - infrared spectrograph is very effective for studies focused on the distant, early universe because strong emission lines from star - forming galaxies are redshifted from the optical to the near - infrared regime.

Not exact matches

The start of a new dawn We have the zodiak because early man trying to understand the universe drew the stars, connected the dots into pictures and gave them names.

There were some very early papers in the 1930s that proposed using supernovas — really, really bright exploding stars — to measure the universe's expansion because it appeared there was consistency in how bright they got.

We know that because the Wilkinson Microwave Anisotropy Probe (WMAP), launched in 2001, recently revealed the pattern of hot and cold spots in the heat left over from the earliest days of the universe.

«Ionization» refers to the removal of an electron from an atom; the «re» is there because the protons and neutrons were in an uncoupled state even earlier in the universe's history.

Like the Higgs boson, the theory of an inflating early universe has many daddies — partly because it draws on disparate ideas in physics and cosmology

«That's exciting,» says Linda Elkins - Tanton, a planetary geologist at the Carnegie Institution, «because it means there's a much larger chance that any planet in the universe could have oceans early on.»

Previous research into star formation in the early universe has typically been biased toward massive galaxies because they're brighter.

Aiichi Iwazaki at Nishogakusha University in Tokyo says that because the early universe was smaller and offered more chances for axions to attract each other, they would have clumped together to form axion «stars».

Theorists have long suspected that the universe's very first stars were massive, because early gas clouds favored the formation of heavy stars.

* The asymmetry was produced in the early universe, and experts think neutrinos had something to do with it, if only because they are so mysterious.

And because these smaller clouds are much more common, they can be used to trace the large - scale structure of the early universe.

We already know the result of this experiment, because our early universe performed it for us about 13.8 billion years ago when it was that hot: Almost 100 percent of the matter got converted into energy, with less than one billionth remaining in the form of quarks and electrons, which make up all the matter we observe in our universe today.

And those will be another new wonderful window because they haven't interacted since [the] universe was perhaps 10 -30 seconds old, so they may be the newest window that will eventually reveal to us a lot about the early moments and maybe why the big bang happened, and ultimately as I like to say, [help us] understand why we're here.

Musser: I think the scientific community and science journalist [s] bear a little bit of [the] responsibility for that perception among the public because we always talk about the LHC as recreating conditions not seen since the big bang, and you would therefore think if there hasn't been an energy level like that seen since the big bang, then all the phenomenon of the big bang might be unleashed upon us; these black holes, possibly being one, because people do talk about black holes having been created in the early universe.

In this view, the early universe swelled enormously because of a repulsive «force» pervading the vacuum.

That is in part because stars did not form at high rates in the very early universe, before a redshift of about 5, and so they did not explode often as GRBs.

The dwarf galaxy also is of interest because it provides clues to how the early simple universe became re-ionized by early star formation, moving it from the so - called cosmic Dark Ages of neutral gases to the development of the complexly structured universe now in existence, where the gas between galaxies is ionized.

«Because of its extremely low oxygen level, this galaxy serves as an accessible proxy for star - forming galaxies that came together within one to two billion years after the Big Bang, the early period of our nearly 14 billion - year - old universe.»

According to their analysis, just because life on Earth took shape early, endured and prospered doesn't mean the same process would naturally and inevitably occur elsewhere in the universe.

Because distances between galaxies are so vast today, such mergers were thought to be rare.36 But the Hubble telescope, in its furthest look back in time, has photographed dozens of galaxies in the process of colliding.37 Obviously, galaxies formed quickly in the early, much more compact universe.

Roughly 90 percent of the light from the early universe appears to be missing in the Hubble deep fields because the previous census of the deep fields missed most of the ultraviolet light in the universe.

Because the star is so far away and its light takes nine billion years to reach Earth, the star looks as it did when the universe was less than a third of its current age which is much earlier than ever before.

And because of the particular filters on it, JWST will have the ability to uncover these black holes obscured by dust, which is what we expect to see in the early 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.

I usually type out a short summary or try to set - up the plot at some point early on in my reviews, but I feel like it's a moot talking point because if you've kept up with the Marvel movies or have a good idea of what's going on in them, you don't need me to paint a picture about the Infinity Stones, the Infinity Gauntlet or the fight to save the universe.

The scope of the series» universe is, perhaps, necessary in this particular instance, because this film is about the consequences of a world in which superheroes have free rein to do whatever they see fit (Despite the title, the film stops feeling like another Captain America story fairly early).