Sentences with phrase «of the mass in»

The article suggests that this shows that massive neutrinos may account for a «large proportions» of mass in the universe.

As one of the masses in pic # 2, I feel oddly ridiculed here.

Vulgar affluence is visible amidst growing poverty of the masses in South Asia.

Following Whitehead, we see the appearance of mass in the world as a fundamental element in the way that a complex, resilient society might approach reality and survive.

While our historical sketch to this point is sufficient background for our subsequent discussion, some remarks on the role of mass in postclassical physics will be illuminating.

This is a classical device, to shake the confidence of the masses in their political rulers, to accuse the head of state, to make oneself out to be a liberator.

The oppressors, a small elite motivated by insatiable greed, exploit the labor of the masses in order to realize their egoistic desires.

But there are energies we haven't figured out yet, plus we seem to be missing about 2/3 of the mass in the universe, or at least we are missing what is causing a mass like effect equivelent to twice all the known mass.

It was like, I have a mouth full of half - chewed Reapers, so I had to stop and try to swallow all of that mass in my mouth, which obviously didn't work out.

I do nt know if its PEDs, but it seems very hard for me to see how anyone can add significant muscle mass and play 82 + games without losing a lot of that mass in the process,... at least not without help.

What can I do to discourage milk production while trying to reduce the pain / size of the mass in each breast?

This allowed them to map the distribution of mass in the moon's interior.

«Even if only 1 percent of the mass in a filament takes part in the collapse, that's already 100,000 times the mass of the sun, a very good start to making one of these supermassive black holes,» Theuns says.

And what sends them toward Earth is a kind of dark matter, that invisible substance that makes up some 85 percent of the mass in the universe, controlling gravity on the largest scale.

A complete understanding of dark matter, which comprises about a quarter of the mass in the universe, is currently lacking, Paris noted.

Adding up all the dark forms of ordinary matter (gas clouds, brown dwarfs, black holes, and so on) still leaves 95 percent of the mass in the universe unaccounted for.

Astronomical evidence gathered over the last 30 years suggests that most of the mass in our galaxy — indeed, in all galaxies — is invisible to telescopes and may comprise new forms of elementary particles.

Such extra dimensions might explain some conundrums in physics, such as the existence of dark matter (an as - yet - unidentified source of mass in the universe) and dark energy (which causes the universe's expansion rate to accelerate), says coauthor Daniel Holz, an astrophysicist at the University of Chicago.

Researchers were astounded when, in the fall of 2007, they discovered that the year - round ice pack in the Arctic Ocean had lost some 20 percent of its mass in just two years, setting a new record low since satellite imagery began documenting the terrain in 1978.

This force would act only on invisible dark matter, the enigmatic stuff that makes up 86 per cent of the mass in the universe.

The team found that other factors, including the distribution of mass in the front frame, play a role in keeping bicycles upright, an insight that could open up new design possibilities for bike manufacturers.

The motion of galaxies and other astrophysical observations have provided strong evidence that dark matter makes up 80 per cent of the mass in the universe, but we can't see it directly because it is invisible to light.

This could reveal smoking - gun signals of dark matter, the mysterious stuff which makes up 80 per cent of the mass in the universe but can't be seen directly.

The latest, most sensitive searches for the particles thought to make up dark matter — the invisible stuff that may comprise 85 percent of the mass in the cosmos — have found nothing.

Oh, I think the biggest surprise to me was the discovery of dark energy; that most of the mass in the universe is in the form of this dark energy that extends throughout the universe, and has an enormous tension like an exceedingly stiff rubber band.

Some observations of mass in dim galaxies and the motions of dwarf galaxies agree better with MOND than with Newtonian physics, a mystery that convinced Stacy McGaugh at Case Western Reserve University in Cleveland, Ohio, that it could be the way to go.

Krauss: Yes, and what is certainly true is that all of the observations in cosmology from the fundamental CMB measurements to the measurements of large - scale structure to the measurements of dark, the amount of mass in the universe, all seem to be converging on a single picture.

They're known as «microbial dark matter,» a reference to astronomers» description of the vast invisible matter in space that makes up most of the mass in the cosmos.

This dwarf galaxy doesn't have many stars, but it is rich in dark matter, the invisible but predominant source of mass in the universe.

The black holes distort the distribution of mass in the early universe, adding a small fluctuation that has consequences hundreds of millions of years later, when the first stars begin to form.

Tevatron scientists still retain hope that they can uncover the Higgs boson, the putative source of mass in the universe.

The rest of the mass in the Universe is simply unknown, yet it makes about 27 % of the world around us.

Little brown dwarfs probably have less than one Jupiter's worth of mass in their disks, says CfA astronomer Charles Lada.

Dark matter makes up most of the mass in the universe but shuns contact with ordinary matter.

To discover the identity of dark matter — the elusive stuff that accounts for most of the mass in the universe — researchers have done most of their searching belowground.

A measurement of an atom's Compton frequency would then give an exact value of its mass in kilograms.

In contrast, carbon - rich planets could have between a small percentage and three - quarters of their mass in carbon.

The two binary stars A and B revolve around their common centre of mass in a relatively close orbit, while the third star, Proxima Centauri, is 0.22 light years away, more than 12,500 times the distance between the Sun and Earth.

Astronomical observations suggest that dark matter must make up about 90 per cent of the mass in the universe, yet we are astonishingly ignorant what that 90 per cent is.

Rumour has it that a European space experiment has discovered a telltale signature of the dark matter that makes up 90 per cent of the mass in the universe.

Although the fourteen years is only a small fraction of the star's orbit around the center of mass in the system, it was sufficient to constrain the plane of its orbit, which was previously unknown.

First, the loss of mass in the Antarctic ice sheet is actually somewhat unexpected.

Since this discovery 40 years ago, we have learned that this mysterious substance, which is probably an exotic elementary particle, makes up about 85 percent of the mass in the Universe, leaving only 15 percent to be the ordinary stuff encountered in our everyday lives.

«Experts largely agree that a major portion of the mass in the universe consists of «dark matter».

The location of the dark matter is revealed in a map of the mass in the cluster and surrounding region, shown here in blue.

Dark matter accounts for roughly 27 percent of the mass and energy in the observable universe, and 85 percent of all mass in the universe.

The planets» densities, now known much more precisely than before, suggest that some of them could have up to 5 percent of their mass in the form of water — about 250 times more than Earth's oceans.

For this to work, about 85 % of the mass in the universe must be invisible — and hidden in the right places.

As we all know, dark matter is theorized to embody most of the mass in the universe.

Gravity will ultimately determine the fate of the expansion, and gravity is dependent upon the mass of the universe; specifically, there is a critical density of mass in the universe of 10 - 29 g / cm3 (equivalent to a few hydrogen atoms in a phone booth) that determines what might happen.