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Spaceflight Insider Laurel Kornfeld Composed of various icy organic compounds, Pluto’s famous blue atmospheric haze likely formed differently from the hazes surrounding Saturn’s moon Titan and Neptune’s moon Triton. All three worlds have an abundance of nitrogen, methane, and carbon monoxide in their atmospheres, which initially led scientists to think their hazes formed similarly and have similar compositions. Cassini image of haze surrounding Saturn’s moon Titan. Image Credit: NASA/JPL-Caltech/Space Science Institute Now, a new study finds that Pluto’s and Triton’s hazes formed very differently from that of Titan. Using computer models of haze formation, a team of scientists found that because Pluto’s atmosphere is approximately 175 degrees Fahrenheit (80 degrees Celsius) lower than that of Titan, the chemical reactions that produce Titan’s haze would create only half of the haze particles NASA’s

United kingdomChampagne ardennePanayotis lavvasLaurel kornfeldDouglass collegeSwinburne university astronomy onlineRutgers universityUniversity of reims champagneAstronomers incNasa jpl caltech space science instituteImage creditSpace scienceNew horizonsReims champagne ardenneHighland parkGraduate certificate