Sentences with phrase «mass than the matter»

Not exact matches

Even with an organic geo - targted post on the national brand page to a location tends to net better results than on a local page, especially if you do have some level of critical mass with fans (yep having fans on some level does matter); but then when you talk about adding $ to a geo - targted post from that national brand page, the numbers are not even close, the local page is not worth it

Because, my God, though I lack the soul - zeal and the sublime integrity of your saints, I yet have received from you an overwhelming sympathy for all that stirs within the dark mass of matter; because I know myself to be irremediably less a child of heaven than a son of earth; therefore I will this morning climb up in spirit to the high places, bearing with me the hopes and the miseries of my mother; and there — empowered by that priesthood which you alone (as I firmly believe) have bestowed on me — upon all that in the world of human flesh is now about to be born or to die beneath the rising sun I will call down the Fire.

It is nothing less than a matter of national security (can't get much more patriotic than that) to lift the burden of supersti - tion from the masses and free them from the vice of religion.

The present estimate is that, since hydrogen forms 25 % of all matter by mass and helium 75 % of all matter by mass, all the heavier nuclei appear to be extremely rare — not more than 1 or 2 % by mass.

It really was a matter here of a great intellectual and moral reformation of the French people, more complete than the German Lutheran Reformation, because it also embraced the great peasant masses in the countryside and had a distinct secular basis and attempted to replace religion with a completely secular ideology represented by the national patriotic bond.23

Through movies, television, newspapers, magazines, and other mass media, they spread the hedonist gospel that there is no claim on human beings higher than the gratification of the senses, and that «happiness» is the only thing that matters.

Last year a team at University College London used the clustering of galaxies as a proxy for the clumping of matter, and their result put that mass at under 0.28 electronvolts, less than one - millionth the mass of an electron.

In most galaxies, stars move faster than naïvely expected, which suggests dark matter lurks within them, providing an extra source of mass.

Further, it would predict that dark matter is made of more than one particle and interacts through a yet - undiscovered low - mass particle.

Dark matter, the mystery mass that, according to data from the Wilkinson Microwave Anisotropy Probe, outweighs ordinary atoms by more than five to one: That was Zwicky's.

Even weirder than dark matter — the invisible stuff constituting most of the mass of the universe — is dark energy, a mysterious force pushing the universe apart at an ever - faster rate.

The first measurement of an ultra-diffuse galaxy's mass finds that dark matter makes up more than 99.96 per cent of its weight - a startling figure

Researchers presented the results today (July 21) at the 11th Identification of Dark Matter Conference (IDM2016) in Sheffield, U.K., which gathers together researchers seeking to understand dark matter, the mysterious material that appears to make up more than four - fifths of the universe's mass, but which scientists have not observed dirMatter Conference (IDM2016) in Sheffield, U.K., which gathers together researchers seeking to understand dark matter, the mysterious material that appears to make up more than four - fifths of the universe's mass, but which scientists have not observed dirmatter, the mysterious material that appears to make up more than four - fifths of the universe's mass, but which scientists have not observed directly.

For axions to explain dark matter, they would need to occupy a relatively narrow range of masses and be far lighter than WIMPs, potentially making them even harder to detect.

«The weird thing that we're finding is if we actually go out and measure the masses of the satellites that we can see, little satellite galaxies, dwarf galaxies that we can see, if we measure those masses, those masses are actually smaller than a good number of the dark matter clumps that we predict should be there.»

Two new looks at the gamma - ray sky suggest that if the mysterious matter is a particle, it is heavier than 40 gigaelectronvolts, about 44 times the mass of a proton.

Dark matter was first predicted 75 years ago, when astronomers noticed that the Milky Way's stars moved faster than they should given the galaxy's mass.

If each one has even the tiniest mass, represented here by the ball on the right, which weighs just a bit more than the zero - mass ball on the left, this weight could account for a lot of the universe's missing dark matter.

For axions to explain dark matter, they would need to occupy a relatively narrow range of masses and be far lighter than WIMPs.

Stars at the very edges of spiral galaxies, for instance, rotate much faster than can be explained by Newtonian gravity alone; the picture makes sense only if astrophysicists either modify gravity itself or invoke additional gravitational acceleration due to an unknown source of mass such as dark matter.

The MASSIVE Survey was funded in 2014 by the National Science Foundation to weigh the stars, dark matter and central black holes of the 100 most massive, nearby galaxies: those larger than 300 billion solar masses and within 350 million light - years of Earth, a region that contains millions of galaxies.

Supersymmetry has long been a favorite candidate for extending the Standard Model, because it would answer numerous open questions, beginning with the nature of dark matter, the unseen mass that keeps galaxies rotating faster than they otherwise would.

No matter the scenario, they found that an impactor larger than 15 per cent of the mass of Earth can not produce the chemistry we see in Earth's mantle.

For more than three decades, physicists have been looking for, well, next to nothingelementary particles of matter called electron - neutrinos that have no charge and practically no mass.

Of red matter, Phil Plait complained in Bad Astronomy, «The red matter black hole would be incredibly small, probably smaller than an atom, and that would make it hard to gobble down enough mass to grow rapidly.»

Since the 1980s, they have imagined that these galaxies must contain some invisible substance (they call «dark matter») causing the outer stars to travel faster than the laws of physics would allow with the observed galaxy's mass.

Baryons are particles of normal or «ordinary» matter (e.g., such as protons and neutrons) that make up more than 99.9 percent of the mass of atoms found in the cosmos.

The nature of dark matter — which physicists describe as the invisible component or so - called «missing mass» in the universe that would explain the faster - than - expected spins of galaxies, and their motion in clusters observed across the universe — has eluded scientists since its existence was deduced through calculations by Swiss astronomer Fritz Zwicky in 1933.

They are known as WIMPs (for weakly interacting massive particles), and if they exist, these particles have masses tens or hundreds of times greater than that of a proton but interact so weakly with ordinary matter that they're difficult to detect.

For example, the team found that a merger of two black holes with significantly unequal masses would be a strong indication that the stars formed almost entirely from hydrogen and helium — called low - metallicity stars — with other elements contributing fewer than 0.1 percent of stellar matter (for comparison, this fraction is about 2 percent in our Sun).

Moreover, the star seems to be depleted in lithium because it has maintained comparably dynamo - induced, chromospheric activity resulting from a relatively fast, synchronous (tidally - locked) rotation with its companion and so it may have lost about 10 percent more of its matter than would a single star of its mass and age (Strobel et al, 1994).

No matter how much you eat, if you are expending more calories in your daily activity than you consume in food and drink, you will not gain weight and you will find your ability to gain muscle mass pretty difficult and slow going.

Even a sedentary person will gain muscle mass on steroids, so any program at all, no matter how stupid, will make a juicer grow faster than a typical natural lifter.

Perhaps it just goes to show that quality and giving genre fans what they want matters more than mass appeal.

If it «smells pretty bad» it is probably infected so not matter what cell type type is the origin of the mass, it will more than likely benefit from antibiotics but you have to get those from your veterinarian.

And to make matters worse, Dodman says because dogs and cats have less body mass than humans, and typically eat the same thing twice a day for their entire lives, the poisons can become more concentrated and their effects may appear faster and more fiercely.

That makes that the emissions factor is larger than the increase attributed to temperature... Which shows my point that the mass balance is impossible to close without a sink which is larger than what temperature allegedly causes + a part of the emissions together... Thus nature is a net sink for CO2, no matter what temperature does (within limits of course).

If it was a matter of choice, I think the nearer to sun is better than further from the sun, mainly because where continental land mass are currently located - we would get more arable land.

You correctly point out the result of juxtaposing such masses, but it is a matter of the cooler mass cooling the warmer mass less than a cooler cooler mass would.

Besides the mass of CO2 in the CO2 bottle is significantly higher than the bottle of air and hence requires similar energy to increase in temperature no matter how the heating is occurring.

Reducing CO2 Emissions • Drive a fuel - efficient car, walk, bike, carpool, and use mass transit • Use energy - efficient windows • Use energy - efficient appliances and lights • Heavily insulate your house and seal all drafts • Reduce garbage by recycling and reuse • Insulate your hot water heater • Use compact fluorescent bulbs • Plant trees to shade your house during summer • Set water heater no higher than 49 °C (120 °F) Figure 20.16 Individuals matter: ways to reduce your annual emissions of CO2.

For their study, Hansen and his colleagues combined ancient paleo - climate data with new satellite readings and an improved model of the climate system to demonstrate that ice sheets can melt at a «non-linear» rate: rather than an incremental melting as Earth's poles inexorably warm, ice sheets might melt at exponential rates, shedding dangerous amounts of mass in a matter of decades, not millennia.

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