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Comment: All references provided are not independent of the subject nor are they secondary sources. Vast majority of the draft is still unsourced. See WP:BLP for reqs. ~Liancetalk 19:55, 24 June 2024 (UTC)
Robert J. Lillis is a Research Physicist at the Space Sciences Laboratory at the University of California Berkeley[1] and Principal Investigator for NASA’s 2024 ESCAPADE[2] mission to Mars.
Early life and education
editRobert J. Lillis was born in Dublin, Ireland, in 1979. From 1985 to 1989, he lived in Allendale, New Jersey, USA, before returning to Dublin, where he attended Newpark Comprehensive School from 1991 to 1997. Lillis earned a Bachelor's degree with 1st Class Honours in Theoretical Physics from Trinity College Dublin in 2001.
Career
editLillis completed both a Master's and a Ph.D. in Physics at UC Berkeley. His thesis research included developing the theory and application (to Mars) of electron reflectometry in planetary atmospheres. His research focuses on planetary aeronomy and space physics and the geophysical implications of crustal remanent magnetism. He has also studied the effects of solar energetic particles on planetary environments, with a particular emphasis on Mars.
At the UC Berkeley Space Sciences Laboratory, Lillis has progressed from a PhD student researcher to a Senior Research Physicist and Associate Director for Planetary Science. He has authored over 150 peer-reviewed publications and contributed significantly to various space science missions and mission concept studies.[3]
| Mission | Years | Lillis Role | Notes |
| Mars Global Surveyor | 2002-2006 | Student member of MAG-ER team | Developed electron reflectometry technique for planets with atmospheres |
| Mars Express | 2008-present | Science Affiliate | Space weather & ionospheric studies |
| Mars Atmosphere and Volatile Evolution Mission (MAVEN)[4] | 2008-present | Science team member | Leads photochemical working group |
| 2008-2019 | SEP instrument deputy | Design, assembly, test and data flow. | |
| 2013-2021 | Science Steering Group | Advise the PI on science matters | |
| Emirates Hope Mars Mission | 2014-present | Science team member | Co-led early mission formulation. Ultraviolet spectroscopy & aurora |
| Mars Orbiters for Surface Atmosphere Ionosphere Connections (MOSAIC) concept* | 2019-2021 | Principal Investigator | Decadal survey concept study for a constellation of 10 orbiters to understand the Mars climate system from subsurface ice to the solar wind |
| Escape and Plasma Acceleration and Dynamics Explorers (ESCAPADE) | 2018-present
(launch 2024) |
Principal Investigator | Twin satellites to characterize dynamics and real-time space weather response of Mars’ unique hybrid magnetosphere |
Field of study
editRobert J. Lillis is an expert in planetary geophysics and space physics. His research includes:
Planetary Aeronomy: Studies Martian auroral processes, atmospheric escape, and ionospheric electrodynamics.
Crustal Remanent Magnetism: Develops techniques and models for studying Mars' crustal magnetic fields and their implications for planetary evolution through investigating planetary volcanism, impact processes, and planetary interiors (dynamo history of Mars).
Solar Energetic Particles: Researches impacts on planetary atmospheres and space flight hardware development, particularly Mars.
Lillis’s research approach is broad, encompassing data analysis, simulation, and the development of both instrumentation and full missions, contributing to advancements in planetary and space sciences.
Current major space projects
edit- ESCAPADE: Exploring Mars' magnetosphere with coordinated multi-point observations, set for a late 2024 launch.
- MAVEN: Investigating Mars' atmosphere and climate history with a suite of in-situ and remote instruments[4]
- Emirates Mars Mission: Providing a comprehensive view of the Martian atmosphere with a unique synoptic perspective
Lillis also participates in proposal development for missions studying Venus's aeronomy and mesoscale structures in interplanetary space weather.
Honours and awards
editHis contributions to planetary sciences have been recognized with various accolades, including the NASA Group Achievement Awards and Robert H. Goddard Exceptional Achievement Awards.
Personal life
editLillis’s interests extend beyond physics, encompassing history, geopolitics, and professional rugby. He is also a runner, hiker, and golfer.
Publications and outreach
editLillis has a significant publication record and is actively involved in community outreach and scientific service. He regularly participates in peer review, proposal evaluation, and conference organization. His commitment to education and public engagement is reflected in his contributions to NASA’s Planetary Science Decadal Surveys and his mentorship of new scientists in the field.
Collaborators
edit| Person | Collaborations |
| Bruce Jakosky | 2005-present: Mars atmospheric escape, MAVEN colleagues[4] |
| Janet Luhmann | 2004-present: space weather impacts at Mars, atmospheric escape. Dr. Luhmann was Deputy PI on ESCAPADE 2019-23 |
| Shannon Curry | 2011-present: Mars-solar wind interaction. Dr. Curry is MAVEN Principal Investigator and ESCAPADE Project Scientist |
References
edit- ^ Particles, Geophysicist Specializing in Four Main Areas: 1) Solar Energetic; Environments, Their Effects on Planetary; Ionospheres, 2) Electrodynamics of Planetary; Magnetism, 3) Remote Sensing of Crustal; Escape, 4) the Physics of Atmospheric; broad, climate evolution I. have studied several planets but Mars is my primary focus My research approach is; Analysis, Encompassing Data; modeling; Instrumentation, Both (2022-05-02). "Robert Lillis » Full Directory". Space Sciences Lab. Retrieved 2024-06-24.
{{cite web}}: CS1 maint: numeric names: authors list (link) - ^ "Dr. Robert Lillis" (PDF). explorers.larc.nasa.gov. Retrieved 2024-06-24.
- ^ "| NASA Astrobiology Institute". astrobiology.nasa.gov. Retrieved 2024-06-25.
- ^ a b c Jakosky, B. M.; Lin, R. P.; Grebowsky, J. M.; Luhmann, J. G.; Mitchell, D. F.; Beutelschies, G.; Priser, T.; Acuna, M.; Andersson, L.; Baird, D.; Baker, D.; Bartlett, R.; Benna, M.; Bougher, S.; Brain, D. (2015-12-01). "The Mars Atmosphere and Volatile Evolution (MAVEN) Mission". Space Science Reviews. 195 (1): 3–48. Bibcode:2015SSRv..195....3J. doi:10.1007/s11214-015-0139-x. ISSN 1572-9672.