Sentences with phrase «face of the star»

The name conjures many images and associations: the tumble of red curls and pert, blue - eyed face of the star as a young newcomer to the screen; the marriage to Tom Cruise and ensuing escape from Scientology; the lithe physique and dewy features that she wears easily to this day.
Like most of Kepler's finds, they were discovered via transits — the shadows they cast toward our solar system as they cross the blazing faces of their stars.
A spinning record album filled with the flashing hand - drawn faces of the stars, a rolling scroll of hit song titles (moving down the right side of the screen) and actors (in alphabetical order moving up the left side of the screen), and the huckster's voice - all hype the opening credits:
It's bold in its own way for avoiding the usual faces of the stars of the film (Saoirse Ronan has a particular striking visage).
This is the face of a star athelete, future politician, and fella whose 100 % against condom use strictly for religious purposes baby, he dosent wan na go to hell.
Planets give themselves away by the length of time it takes them to pass across the face of a star — typically a few hours.
What they did to actually find them was something called the transit technique, and what that means is as seen from Earth, they essentially cross the face of their star in their orbit.
In 2018, just next year folks, let's hope, NASA is going to be launching its James Webb Space Telescope, a giant piece of kit that's going to be about one and a half million kilometers out there beyond the orbit of the moon, and it's going to be able to look at these planets as they transit across the face of the star.
The researchers are looking for dips within the dips, which could indicate a moon appearing from behind a planet as it crosses the face of its star.
The best - case scenario would be if Proxima b «transits,» periodically flitting across the face of its star to cast a shadow toward us across the light - years.
Both Kepler and TESS are designed to scan the sky for planetary transits, the slight dimming that occurs when a planet moves across the face of a star and temporarily blocks some of its glow.
The only reason we know the ring system exists at all is that, by chance, Kenworthy and other researchers happened to see its shadow after it «transited» across the face of its star in 2007.
Kepler detects planets through «transits,» watching for the telltale dips in starlight caused by the shadows of worlds that happen to periodically flit across the faces of their stars as seen from Earth.
Most come from a single NASA mission, the Kepler space telescope, which found thousands of worlds by watching for their shadowy «transits» as they periodically flit across the faces of their stars.
That means a «year» on the planet lasts just over a week, and its trip across the face of its star, as seen from Earth, lasts only five hours.
As they describe today in The Astrophysical Journal, the scientists scanned Hubble's Wide Field Camera 3 quickly across the face of the star to capture a number of spectra.
Proxima b's discovery has sparked a race to see if it passes across the face of its star as viewed from Earth.
Measuring the dimming of starlight as a planet crosses the face of its star during orbit, scientists can collect a wealth of information, even without ever seeing those worlds directly.
Yet planets can, from our viewpoint, appear to travel or «transit» across the face of their star as they orbit, blocking a small fraction of the star's light.
Based on her team's calculations, the planet's orbital precession will carry it out of view in around 150 years, and it will not reappear for another 3,500 years, she added, meaning that they were «pretty lucky to catch the planet while its orbit transits the face of the star
Whereas NASA's Kepler Space Telescope seeks out the transits of exoplanets across the face of their stars, microlensing can detect entire star systems with exoplanets in far - flung orbits, but this can only be done with confirmation from Hubble.
transit (in astronomy) The passing of a planet across the face of a star, or of a moon or its shadow across the face of a planet.
Its a slight variation on the theatrical poster, with the faces of stars such as Kristen Stewart, Jesse Eisenberg and more added.
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