Examples of using Light from the star in English and their translations into Vietnamese
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They also cause the light from the star to vary.
Light from the star was emitted 4.4 billion years after the Big Bang.
During one dimming episode, light from the star decreased by 22 percent.
A spectrum shows the colors, or wavelengths, of the light from the stars.
Light from the star's supernova explosion would have reached Earth over 15,000 years ago.
Spitzer measured the total combined light from the star and planet as the planet orbited around.
When light from the star collides with high-energy electrons, it receives a boost to gamma-ray levels.
One very cool technique allows astronomers to study light from the star as it passes through the planet's atmosphere.
Does the light from the star of Bethlehem burn as brightly in our hearts as it did 5 years ago?… 10 years ago?
And as you see on this animation,what Kepler is going to detect is just the dimming of the light from the star.
Blue light from the star Rho Ophiuchi and nearby stars reflects more efficiently off this portion of the nebula than red light. .
And all the light that we see from a typical galaxy, which is the kind of galaxies that we're seeing here,comes from the light from the stars.
By studying other aspects of the light from the star, the team could also conclude that is about eight solar masses.
And then with a little shudder the elf became quite still, and his eyes were nothing more than great glassy orbs,sprinkled with light from the stars they could not see.
This makes it more difficult for light from the star to escape, and the light appears dimmer and redder to an observer at a distance.
Every 79 days, the star accelerates towards and then away from Earth-and this can be detected as a Doppler shift of the light from the star.
Excess night light disrupts the activity of nocturnal animals,blocks natural light from the stars and affects the circadian rhythms and human health.
Of course, if the light from the star always passed close to the sun, we would not be able to tell whether the light was being deflected or if instead the star was really where we see it.
Astronomers have sinceoffered a number of alternative explanations for the weird light from the star, which is about 1,500 light-years away in space and known formally as KIC 8462852.
An international team led by Tuan Do and Andrea Ghez at the University of California, Los Angeles confirmed the Einstein equivalence principle(EEP)by analysing the redshift of light from the star S0.
Of course, if the light from the star always passed close to the sun, we would not be able to tell whether the light was being deflected or if instead the star was really where we seem to see it.
During 1919's epic eclipse, in which the sun vanished for 6 minutes and 51 seconds,scientists measured the bending of light from the stars as they passed near the sun.
An international team led by Tuan Do and Andrea Ghez at the University of California, Los Angeles confirmed the Einstein equivalence principle(EEP)by analyzing the redshift of light from the star S0-2 at its closest approach to Sagittarius A*-the supermassive black hole at the center of the Milky Way.
Even though the dust only represents a small part of the total amount of matter in a galaxy, it plays a major role in how stars are formed andhow the light from the stars escapes the galaxies.
If we look at transiting exoplanets with the Hubble Space Telescope, we find that in the ultraviolet, you see much bigger blinking,much less light from the star, when the planet is passing in front.
And the reason that it's blinking is because there are planets that are going past it all the time, andit's that special orientation where the planets are blocking the light from the star that allows us to see that light blinking.
KIC 8462852 is the star everyone is talking about since no one canexplain the irregular patterns of light coming from the star located 1,500 light years away from Earth.