Sentences with phrase «from galactic»

The procedure should include non-TSI solar effects, such as from galactic cosmic rays.

Shaviv, N., Cosmic ray diffusion from the galactic spiral arms, iron meteorites, and a possible climate connection?

It's also changes in the solar wind and interplanetary magnetic field, which cycles along with energy output and shields the earth from galactic cosmic rays.

The main result of this research, is that the variations of the flux, as predicted from the galactic model and as observed from the Iron meteorites is in sync with the occurrence of ice - age epochs on Earth.

Sun Ra might have contributed the cape from a galactic spacesuit that hangs nearby — or the background music for club members.

From the galactic adventures of Ratchet & Clank to the gritty Chimera threat introduced in Resistance, I've always found myself emotionally invested in the stories and worlds they've brought to us.

It also helps that absolutely everything looks stunning; from the galactic vistas to the broken down paradises of humanity's golden age, everything has had a ludicrous amount of attention put into it.

From the galactic view, you can also recruit new officers to command your fleets.

He turned his chemistry class into a yearlong space mission where students solved complex chemical problems in order to save humanity from galactic doom, creating an experience in which the students were not only mastering the concepts, but were also, King says, developing a culture of respect and teamwork.

It's up to the Guardians to find, protect and ultimately destroy the Cosmic Seed in order to keep it out of the hands of those who would abuse its power, from galactic big boss Thanos, to the conniving brothers the Collector and the Grandmaster, to a resurrected Ronan, to the ultimate trickster, Loki, in order to save the universe.

News fresh in from the galactic newstand this afternoon that CHRONICLE and upcoming THE FANTASTIC FOUR director Josh Trank is joining the Star Wars...

News fresh in from the galactic newstand this afternoon that CHRONICLE and upcoming THE FANTASTIC FOUR director Josh Trank is joining the Star Wars franchise as he helms a mysterious Star Wars stand - alone film.

Our Sun, Sol, moves in the same direction at twice this speed but lies only about 26,000 ly from galactic center.

Previously, astronomers thought that the Milky Way's spiral thin disk petered out at its furthest hypothesized extent of as much as 50,000 ly from the galactic center.

In the Monoceros patch observed by the SDSS team, the ring appears to extend over 16,000 ly (5,000 parsecs or pc) above and below the galactic plane, with stars below the plane extending about 2,000 pc further from galactic center than those located above the plane; it also appear to be somewhat less than 13,000 ly (4,000 pc) wide.

Astronomer Vera Cooper Rubin found over decades of radio observations that the rotational velocity of clouds of ionized hydrogen (HII regions) in spiral galaxies like the Milky Way was not decreasing at increasing distance from their galactic cores, like the velocity of the planets around the Sun.

That's well away from the galactic center and its supermassive black hole.

We find that the ratios of the 3.4 - 3.6 um features to the 3.3 um feature intensity significantly increase with distance from the galactic center, while the ratios of the 3.3 um feature to the AKARI 7 um band intensity do not.

We have clearly detected FIR dust emission extended in the halo of the galaxy; there are two filamentary emission structures extending from the galactic disk up to 9 kpc in the northern and 6 kpc in the northwestern direct... ▽ More We present new far - infrared (FIR) images of the edge - on starburst galaxy NGC253 obtained with the Far - Infrared Surveyor (FIS) onboard AKARI at wavelengths of 90 um and 140 um.

This means stars orbiting around a galaxy should feel less gravitational pull — and orbit more slowly — the farther they are from the galactic center.

Hence, most hyper - velocity stars are believed to originate from the galactic center.

It orbits some 25,000 light - years from the galactic core, completing a revolution once every 250 million years or so.

The halo originates from galactic «fountains» caused by star formation in the disk and a super-wind coming from the galaxy's core.

We show that using stellar parameters from galactic stellar synthesis models, and projections to stellar rotation, activity and hence noise levels reproduces the primary intrinsic stellar noise features.

The radial distribution, when plotted as a function of distance from the galactic centre, fits a mathematical expression of a form identical to the one describing the star distribution in elliptical galaxies.

Giant dust clouds block most of the starlight coming from the galactic center.

All galaxies, including our own, are believed to be embedded in and surrounded with halos of dark matter, which is what astronomers posit causes stars far from the galactic center to move as fast as those near the center.

Based on knowing these common proper motions and radial velocities, Alpha Centauri will continue to gradually brighten, passing just north of the Southern Cross or Crux, before moving northwest and up towards the present celestial equator and away from the galactic plane.

CLOUD also finds that ions from galactic cosmic rays strongly enhance the production rate of pure biogenic particles — by a factor 10 - 100 compared with particles without ions.

COS spectra show that the gas is rushing from the galactic center at roughly 2 million miles an hour (3 million kilometers an hour).

Over the past few years, advances in the development of software defined radio (SDR) have encouraged tinkerers to construct low - cost radio telescopes suitable for detecting emission from galactic neutral hydrogen.

A widely accepted idea has described this phenomenon as: the strong radiation from the galactic center in which the supermassive black hole locates ionizes (* 1) the surrounding gas and affects even molecular gas that is the ingredient of star formation; the strong radiation activates (* 2) or suppresses (* 3) the star formation of galaxies.

According to a popular scenario explaining the formation and evolution of galaxies and supermassive black holes, radiation from galactic centers — where supermassive black holes locate — can significantly influence the molecular gas (such as CO) and the star formation activities of the galaxies.

With this Hoffmann discovered the far infrared radiation from the galactic center.

This excess appears most prominent at energies between 1 and 3 billion electron volts (GeV)-- roughly a billion times greater than that of visible light — and extends outward at least 5,000 light - years from the galactic center.

They found previously unseen reservoirs of cold gas rocked by turbulence from the galactic winds.

This fuzzy warmth from the galactic center has puzzled scientists for 30 years and clearer observation of it has led Ghez and her collaborators to conclude that it is most likely superheated interstellar dust on the verge of falling into the black hole in the paper presenting their findings in the current issue of Astrophysical Journal Letters.

Clouds of star - forming material at very high latitudes away from the galactic plane are rare and, in general, are not expected to form stars.

The clouds are about twice as far from the center of the galaxy as our solar system is: Whereas the sun is located about 27,000 light - years from the galactic center the new clouds are 46,000 to 67,000 light - years out.

The radiation might not come from radioactive materials on the planet itself, but rather from galactic cosmic rays (GCRs)-- high - energy particles that careen through the universe after being flung out of a supernova.

Researchers have long thought that these unbound stars come from the galactic center.

As well as documenting its huge speed, they found that the star could not have originated from the galactic center.

«The other hypervelocity velocity stars discovered so far are all at least consistent with coming from the galactic centre,» Portegies Zwart says.

A round - trip journey to Mars would probably kill a crew of astronauts, unless they had some futuristic defense against radiation from the sun and from galactic cosmic rays.

Forgan and his co-authors found that when galaxies collide, the habitable zone is transformed and then gradually settles back to its general trend: Stars at larger distances from the galactic center have higher chances of hosting planets hospitable to life.

One possibility is a concept called radial migration, in which gravitational interactions among young stars can set them spiraling either far outward or inward from the galactic region in which they formed.

Instead, the speed of the stars generally increases with the distance from the galactic center, eventually flattening out at a maximum value.

The odds of a planetary system containing habitable worlds far enough away from these stellar explosions increases far from the galactic center, peaking in the outer edges of the spiral arms, the team will report in an upcoming issue of the International Journal of Astrobiology.

The images revealed a bright quasar, the energetic signature of a black hole, residing far from the galactic core.

Hooper and colleague Tracy Slatyer at the Institute for Advanced Study in Princeton, New Jersey, have found the signal far enough away from the galactic core to make it unlikely that it is being produced solely by the Milky Way's central hubbub (arxiv.org/abs/1302.6589).