Odyssey Space Participates in Caltech KISS Workshop on Hybrid Space-Ground Observatories for Exoplanet Detection

The workshop convened leading experts across astrophysics, engineering, and mission design - including participants spanning exoplanet science, high-contrast imaging, starshade development, extreme adaptive optics, formation flying, and large-scale deployable space systems. The study is developing a strategic roadmap for hybrid observatory concepts that integrate space-based telescopes and starshades with advanced ground-based facilities, enabling new approaches to imaging and spectroscopic characterization of habitable exoplanets.

Odyssey Space contributed to discussions spanning system architecture, optical and instrument considerations, and mission-level implementation strategies, with a focus on integrating space-based observatories, precision optical systems, and formation-controlled starshade concepts. The study explores architectures incorporating large deployable starshades (35 m to 100 m class), hybrid observatory networks, and advanced instrumentation approaches including coronagraphy, cross-correlation spectroscopy, and laser guide star-enabled adaptive optics.

The KISS study addresses key technical and scientific challenges across exoplanet detection and characterization, including system engineering constraints, mission yield optimization, precursor observations, and integration pathways aligned with future flagship missions. Outcomes will inform NASA's long-term planning for the Habitable Worlds Observatory (HWO) and broader Astrophysics Decadal Survey priorities.

A final report summarizing the study's findings will be delivered to NASA and key stakeholders, with results expected to be published in a peer-reviewed journal. The work establishes a framework for hybrid observatory architectures and defines actionable pathways for advancing next-generation space and ground-based systems for exoplanet science.