Nicholas W. Kutsop, Ph.D.

I am a planetary scientist who studies the surfaces and atmospheres of the solar system's icy worlds — places like Titan, Pluto, Europa, Triton, and Enceladus. My work sits at the intersection of spectroscopy, image processing, and geospatial analysis: I develop methods to pull quantitative science out of spacecraft images, from radiative-transfer inversions of atmospheric hazes to topological clustering of surface composition maps.

I earned my Ph.D. in Planetary Science from Cornell University under Alex Hayes, Jonathan Lunine, and Christophe Sotin, and I have been a member of the Europa Clipper science team since 2015. My publication record spans Pluto's atmospheric aerosols (New Horizons), Titan's stratospheric hazes and equatorial surface composition (Cassini VIMS), Titan's atmosphere in late northern summer (JWST/Keck, published in Nature Astronomy), and ongoing work on Saturn's E ring and comet 67P photometry. I have also contributed to concept mission studies including CAESAR and Oceanus, and I spent several years as a contract researcher at JPL doing calibration and digital terrain modelling.

Right now I am pursuing postdoctoral research opportunities and working on a project to reprocess the Voyager Grand Tour imaging archive into perceptually accurate true-color mosaics — opening up decades-old data for new science with modern methods. When I am not chasing photons from distant moons, I live on Mackinac Island, Michigan, which is about as close to living on another world as you can get in the Great Lakes.

I am always happy to talk about icy worlds, spacecraft data, or the strange beauty of limb-scatter profiles. Feel free to reach out.