Peer-reviewed research: new papers on lunar geology, regolith properties, radiation and life support, with what each one actually measured.
NASA Glenn researchers have developed a biodegradable material that becomes stronger when mixed with simulated lunar or Martian dust, enabling on-site manufacturing for future missions.
A joint statement of intent covers coordinated, preparatory work and an Earth-based demonstrator for learning how lunar crops can be grown.
Planned mission includes supplies, solar arrays, and studies of brain models, crops, and drug-resistant bacteria.
The selected investigations include 6 food-focused and 6 health and physiology investigations.
Drain Brain 2.0, an ASI project with the University of Ferrara, has an in-orbit plethysmographic system and an AI method for jugular venous monitoring.
A 2026 reduced perturbation framework describes how closely spaced modes and nonproportional damping produce complex mode shapes.
The former NACA outpost in Edwards, California, is flying the X-59 and supporting Artemis missions.