Conceptually similarSCIENCE SOURCEExoplanet 55 Cancri eSS2742782JE5454Rights ManagedSCIENCE SOURCEExoplanet Orbiting a StarSS2752562JE8768Royalty FreeSCIENCE SOURCEHidden Water on an Exoplanet (labeled)SS2752557JE8763Royalty FreeSCIENCE SOURCEAtmospheric Water on an ExoplanetSS2752558JE8764Royalty FreeSCIENCE SOURCEKepler-20e, Smallest ExoplanetSS2482785BV0113Rights ManagedSCIENCE SOURCETRAPPIST-1 Planetary SystemSS2781094JG3146Royalty FreeSCIENCE SOURCEExoplanet HD 189733bSS2711382JC6211Royalty FreeSCIENCE SOURCENewest Member of Our Solar SystemSS2512437BV1303Rights ManagedSCIENCE SOURCETRAPPIST-1 Planetary SystemSS2781093JG3145Royalty FreeView AllView more with similar tones Exoplanet 55 Cancri eLicense type:Rights ManagedUnique identifier:SS2736429Legacy Identifier:JE3391Description:This illustration shows one possible scenario for the hot, rocky exoplanet called 55 Cancri e, which is nearly two times as wide as Earth, and resides relatively close to Earth at 40 light-years away. New data shows that the planet has extreme temperature swings from one side to the other. A possible reason for this might be the presence of lava pools. This planet is tidally locked to its star, just as our moon is to Earth, which means that one side always sizzles under the heat of its star while the other side remains in the dark. If the planet were covered in lava, then the hot, sun-facing side of the planet would have liquid lava flows, while the colder, dark side would see solidified lava rock. Such a lava planet, if it exists, would have dust streaming off of it, as illustrated here. Radiation and winds from the nearby star would blow off the material.Credit:NASA/JPL-Caltech / Science SourceSize:5536px × 3600px (~57 MB)Get PricingHow Will The Visual Be Used?ShareRelated Virtual folders:Explore Science Source ImagesSuper-Earths and Other ExoplanetsKeywords:55 cancri-55 cancri e-artist concept-astronomy-celestial body-deep space-epromo-space-illustration-12-11-2019-exoplanet-heat-hot-illustration-lava-outer space-Science-space art-temperature-universeModel release:N/AParent folder:19102