Linked from

The 17 pages that link to Kepler Space Telescope, each with the reason it gives.

• Kepler's laws of planetary motionRelated: Its transit observations used orbital periods to characterize newly discovered planets.

• ExoplanetRelated: Its survey transformed exoplanet research by finding thousands of candidate and confirmed worlds.

• Johannes KeplerRelated: Its name honors Kepler, whose work established a mathematical account of planetary orbits.

• Transit methodRelated: Its survey established the transit method as a source of large, uniform planet samples.

• Space telescopeBroader topic: Its repeated, precise measurements transformed the census of planets around other stars.

• Super-EarthBroader topic: Kepler revealed large populations of close-in planets in the super-Earth size range.

• AsteroseismologyRelated: Its long, precise light curves enabled asteroseismology across thousands of stars.

• Stellar flareRelated: Its long, precise light curves revealed flares across many stars.

• Planetary transitRelated: Its long, precise photometric record established transits as a prolific exoplanet detection method.

• TESSRelated: Kepler established space-based transit surveys; TESS shifted attention to brighter, nearer stars.

• ExomoonRelated: Its precise, long-duration light curves enabled prominent exomoon searches.

• Kepler-186fRelated: Kepler gathered the brightness data that revealed the planet’s repeated transits.

• Flare starRelated: Its continuous photometry revealed flares across large samples of stars.

• Kepler-22bRelated: Kepler detected the recurring dimming that revealed Kepler-22b.

• Kepler-452bRelated: Kepler collected the photometric observations used to identify Kepler-452b.

• Tabby's StarRelated: Kepler recorded the data in which the star's unusually deep dips appeared.

• Kepler-442bRelated: Its photometric observations supplied the data used to find the planet.