Cuatro Ciénegas, Mexico, a living laboratory and a proxy for early Earth, shows living stromatolites in a pristine river system, targets of investigation for the VPL team to better understand microbial evolution and adaptive processes.
VPL modeling results predict that a planet's gravitational interaction with the parent star can create extreme volcanism and vaporize oceans
VPL researchers work to understand the co-evolution of photosynthesis with the planetary environment on planets that orbit stars very different to our Sun.

Welcome to the Virtual Planetary Laboratory

The Virtual Planetary Laboratory’s research is driven by a single scientific question: “How would we determine if an extrasolar planet were able to support life or had life on it already?” To answer this, the VPL develops and combines scientific models from many disciplines to constrain habitability for newly discovered worlds, like those found by NASA’s Kepler mission. We explore the evolution and limits of terrestrial planet habitability via a planet’s interaction with its parent star and planetary system environment. We work to identify life’s observable impact on a planetary environment for different metabolisms, planetary compositions, and host stars.  We calculate the likely detectability of these planetary characteristics in photometry and spectra to be returned by NASA’s James Webb Space Telescope (JWST) and future mission concepts, such as LUVOIR and HabEx.

To address our key scientific question, we refine and combine existing VPL planetary, astronomical, and ecosystem models to derive a comprehensive, interdisciplinary characterization of a given planetary environment and its likely history. We use observations, laboratory, and fieldwork from the astronomical, Earth observing, planetary and biological sciences as input to these models. Our effort benefits astrobiology and the NExSS Research Coordination Network with a proven, productive, interdisciplinary science team whose research spans the distribution of habitable worlds, the co-evolution of life with its environment, and the recognition of signatures of life on other worlds. Our research personnel provide both key scientific and technical leadership for current and future NASA missions and engage the public in the excitement of NASA’s planet detection and characterization efforts.

The VPL team is a member of the NASA Nexus for Exoplanet System Science (NExSS) which is a research coordination network dedicated to the study of planetary habitability.  The goals of NExSS are to investigate the diversity of exoplanets and to learn how their history, geology, and climate interact to create the conditions for life.  You can learn more about NExSS here