NFT token detail for exoplanet Kepler-48 e. Only at exoplanetary.systems

Kepler-48 e is a gas_giant exoplanet discovered in 2014 using the Radial Velocity method at W. M. Keck Observatory. The 10 m Keck I Telescope was employed with the instruments of the HIRES Spectrometer.

Kepler-48 e image

Kepler-48 e

FOR SALE
Price

Discovery Details

World type: gas_giant
Discovery method: Radial Velocity
Discovery year: 2014
Facility: W. M. Keck Observatory
Instrument: HIRES Spectrometer
Telescope: 10 m Keck I Telescope

More Gas Giant worlds you might consider for your collection.

K2-33 b thumbnail K2-33 b K2-14 b thumbnail K2-14 b TOI-4487 A b thumbnail TOI-4487 A b K2-416 b thumbnail K2-416 b HATS-6 b thumbnail HATS-6 b HAT-P-2 b thumbnail HAT-P-2 b TOI-3135 b thumbnail TOI-3135 b HD 114783 c thumbnail HD 114783 c Kepler-35 b thumbnail Kepler-35 b TOI-3894 b thumbnail TOI-3894 b Kepler-603 c thumbnail Kepler-603 c Kepler-44 b thumbnail Kepler-44 b HD 160691 e thumbnail HD 160691 e HIP 78530 b thumbnail HIP 78530 b Wendelstein-2 b thumbnail Wendelstein-2 b HD 175167 b thumbnail HD 175167 b

More planets in the Kepler-48 system

Kepler-48 b thumbnail Kepler-48 b Kepler-48 c thumbnail Kepler-48 c Kepler-48 d thumbnail Kepler-48 d Kepler-48 f thumbnail Kepler-48 f
Kepler-48 e is an intriguing exoplanet orbiting the star Kepler-48, discovered back in 2014 thanks to the clever use of radial velocity measurements at the famed W. M. Keck Observatory. Using the HIRES Spectrometer, astronomers gently tugged on the star’s light, detecting the subtle wobble caused by this planet’s gravitational pull. While it doesn’t have a flashy proper name yet, Kepler-48 e is a charming world in its own right, nestled in a star system that sparks curiosity and wonder. Though a bit shy on distance details, this planet's discovery reminds us how much there is left to explore beyond our solar system, inviting us to imagine what mysteries its skies might hold.