Team Members

Our team consists of 12 researchers working in six different countries. Most team members have been involved with different aspects of Rosetta, Comet Interceptor and/or New Horizons and some have extensive experience with preparation for the future leading telescopes and surveys (LSST, JWST, ELT). The team also includes experts on physical modelling and dynamics of small bodies. With this, the expertise of the team members covers the whole range of topics and techniques necessary to address the multidisciplinary questions of this project.

Name Affiliations Country Expertise in the team
Rosita Kokotanekova ESO Germany Physical and surface properties of small bodies from ground observations
Michele Bannister University of Canterbury New Zealand Solar System surveys; observations of trans-Neptunian objects
Ramy El-Maarry Birkbeck, U. of London/
Rosetta / New Horizons
UK Surface processes on small bodies
Sonia Fornasier Université de Paris / LESIA / Rosetta France Surface properties of small bodies, telescope and spacecraft observations
Kateryna Frantseva Kapteyn Astronomical Institute Netherlands Dynamical simulations of small bodies
Aurélie Guilbert-Lepoutre CNRS France Thermal modelling of small bodies
Michael Kelley U. of Maryland USA Observations of cometary nuclei, dust, activity, and outbursts
Matthew Knight US Naval Academy / Rosetta USA Near-Sun objects; comet/asteroid continuum
Silvia Protopapa SWRI / Rosetta / New Horizons USA Activity of comets; TNO surfaces and composition from spacecraft data
Colin Snodgrass

U. of Edinburgh /
Rosetta
UK Comparison of ground observations and spacecraft data; Future space missions
Meg Schwamb Queen’s University Belfast UK LSST Solar System Science Collaboration Co-chair; TNO surfaces/composition
Jean-Baptiste Vincent

DLR / Rosetta Germany Physical evolution of comets; cometary morphology
Abbie Donaldson U. of Edinburgh UK Early Career; Comet shapes
Anastasios Gkotsinas University of Lyon France Early Career; Thermal and dynamical evolution of comets
Carrie Holt University of Maryland USA Early Career; Comet and asteroid surface evolution near the sun