After reaching its orbit in about two months, the telescope will start scanning nearby
stars telltale dips in light that signal a passing planet.
Not exact matches
Kepler watched sunlike
stars for
telltale dips in brightness that would reveal a passing planet.
Kepler scientists are interested in the brief moments when a
star's brightness
dips — the
telltale shadow of a planet passing in front.
To find them, the team analyzed light data from thousands of
stars, looking for
telltale dips indicating that a planet may periodically pass in front of a
star.
Dittman and his colleagues made the discovery using the MEarth - South telescope array in Cerro Tololo, Chile, detecting
telltale dips in light as the planet passed in front of its
star (Nature, doi.org/b55f).
After all, if a planet's orbit never allows it to pass between Earth and its
stars, no
telltale dip in starlight will ever point to the planet's existence.
He's been looking for a
telltale periodic
dip in the
star's light.