J. A. Manrique
Papers
2
Total Citations
328
H-Index
2
About
Few researchers have contributed as directly to humanity’s exploration of another world as J. A. Manrique. A leading figure in planetary instrumentation and astrobiology, Manrique’s work is central to the development and validation of the laser-based spectrometers that serve as the “eyes” of Mars rovers. Their most cited paper, detailing the SuperCam Instrument Suite on NASA’s Perseverance rover (2020, over 320 citations), describes the body unit and system tests for this revolutionary tool—a suite that uses laser-induced breakdown spectroscopy (LIBS) and Raman techniques to identify minerals and organic compounds from a distance. This instrument is critical for selecting samples for future return to Earth. Manrique’s impact extends to mission simulations. Their work on the AMADEE-18 astronaut simulation in Oman used the ExoMars RLS simulator to characterize terrestrial analogs, directly informing how future instruments will detect biosignatures on the Red Planet. By bridging laboratory validation with flight-ready hardware, Manrique ensures that the data flowing back from Mars is not only scientifically robust but also operationally reliable. For any student dreaming of building the tools that will unlock the secrets of the solar system, Manrique’s career is a masterclass in turning engineering precision into planetary discovery.
Research Focus
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Top Papers
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