Sentence examples for drop in brightness from inspiring English sources

Indeed, a 50 percent drop in brightness between the centre and corners of an ordinary picture is scarcely detectable.

Their existence is given away by a tiny drop in brightness caused when a planet transits in front of its parent star, as seen from Earth.

Star light, star bright: The transit method for detecting planets beyond our solar system works by looking for the drop in brightness of a star that's caused by a planet passing in front of it.

Here, computer scientists will generate calibrated pixels, light curves, and other data products, which will be shared with MIT to evaluate whether a drop in brightness is due to a planet candidate or, as Seager says, a data artifact or binary star.

The Kepler space telescope discovered the planets by measuring the tell-tale drop in brightness they cause when they transit (eclipse) their host stars.

Occultation Pages suggests that observers in the shadow path will see "the star fade over a period of several tenths of a second, probably will not disappear completely, and then will recover its full brightness over another several tenths of a second". However, it also suggests that a half-second drop in brightness may be observable for those standing near the edge of the path.

In a two year all-sky survey, TESS will observe more than two million bright, nearby stars, searching for temporary drops in brightness that are caused by planetary eclipses.

It will search for temporary drops in brightness caused by an exoplanet passing in front of its host star, as viewed from Earth.

The mission is being led by MIT researchers and will, "monitor the brightness of more than 200,000 stars over a period of two years, eyeing temporary drops in brightness caused by planetary transits," according to Xinhua.

Kepler will take a different approach in its planetary scan, Dr. Seager said, searching not for stellar wobbles but for "tiny drops in brightness," possible signs of a planet transiting across the distant Sun's face.

Kepler 186f is the latest planet to be sifted out of the voluminous data collected by Kepler, which kept watch over 150,000 stars, looking for slight drops in brightness when a planet passed in front.