Lava Planet Has Hydrogen-Rich, Active Atmosphere

Exploration of a Volcanic Exoplanet Awaits

In the year 2158, a dedicated Ph.D. candidate in planetary volcanology at the University of Utopia Planitia on Mars faces the daily grind of academic life. Despite the prestige of their program, the reality is far from glamorous, with many students surviving on little more than freeze-dried ramen for sustenance. Having already delved into the volcanic activities of Jupiter's moon Io, the next step requires venturing beyond our solar system to find a suitable exoplanet.

While Io's intense volcanism is attributed to tidal heating, the research now demands an exoplanet that experiences eruptions driven by the scorching heat from its nearby star. Fortunately, funding has come through from the Exoplanet Research Institute, enabling access to a faster-than-light (FTL) spacecraft. However, the search is limited to exoplanets situated within a 50-light-year radius.