Astronauts on the Moon will face 14 days of total darkness. How do we keep power flowing without burning through batteries? My new LUGES concept turns lunar shafts into gravitational energy storage — lifting massive ISRU modules during the day, generating power as they descend at night. Full white paper live now (with diagrams philosophy): zenodo.org/records/20642736 Open prior art. Feedback wanted. 🚀 #MoonBase #LunarEnergy #SpaceTech

LUGES White Paper is now live on Zenodo: Lunar Underground Gravitational Energy Storage — a mature-settlement megastructure concept that turns lunar civil infrastructure (shafts, tunnels, regolith handling) into long-life mechanical energy storage. doi.org/10.5281/zenodo.20642… Dual-gallery architecture, ISRU mass modules, hybrid stack integration, and a lunar day/night operational philosophy. Open access. Feedback welcome!

🚀 CRAGSA-PG v1.1 is now live on Zenodo! Building on the orbital Counter-Rotating Artificial-Gravity Sleep Array (CRAGSA v2.1), this new public disclosure explores subsurface rotating sleep habitats for lunar and Martian settlements. CRAGSA-PG combines natural partial gravity (0.165 g on the Moon, 0.38 g on Mars) with controlled centrifugal acceleration during sleep. Horizontal rotors in protected underground chambers create a banked resultant gravity vector aligned with the sleeper — all while keeping the main settlement stationary. Key ideas: • Banked sleep pods/cradles aligned to combined gravity • Subsurface & regolith-shielded construction • Optional counter-rotation for reduced vibration • Flexible programmes from moderate overnight exposure to higher-load rehabilitation • Strong focus on human factors, safety, and staged development Full 52-page technical disclosure (v1.1) is now permanently available under CC BY 4.0 as open prior art: doi.org/10.5281/zenodo.20627… Designed to support long-term human health research and settlement infrastructure — freely available for humanity to study, simulate, and build upon. Feedback and collaboration welcome from engineers, researchers, and the space community! #ArtificialGravity #LunarSettlement #MarsSettlement #SpaceHabitat #OpenScience #Zenodo

🚀 Big step forward for human spaceflight: I’ve just released CRAGSA v2.1 as full public technical disclosure on Zenodo. CRAGSA — the Counter-Rotating Artificial-Gravity Sleep Array — is a modular architecture designed to deliver adjustable artificial gravity only during sleep in microgravity environments. It uses paired counter-rotating rotors integrated with a non-rotating host spacecraft or habitat to minimize net angular momentum and torque issues. Key features include: • Radial head-inward/feet-outward sleep pods with contoured cradles and soft restraints • Active fluid ballast balancing using spacecraft water (multi-use for mass, shielding & thermal) • Gradual spin-up/down, regenerative braking, and scheduled crew transfer windows • Individual pods, shared decks, and hybrid privacy-cocoon options • Strong focus on human factors, vestibular adaptation, and layered safety mitigations This v2.1 significantly expands the prior-art comparison, engineering estimates, risk matrix, development pathway (ground prototypes → orbital demonstrator → settlement scale), and open licensing details. The full 55 page document is now permanently available under CC BY 4.0 — free for anyone to read, reference, simulate, prototype, or build upon. My goal is to establish robust public prior art so this idea stays open for humanity rather than locked behind patents. Direct link: doi.org/10.5281/zenodo.20618… Feedback, questions, and collaboration very welcome from engineers, researchers, and the space community. Let’s advance long-duration human spaceflight together! #ArtificialGravity #SpaceTech #SpaceMedicine #NewSpace #OpenScience #Zenodo

@NASA @SpaceX Any feedback on using local regolith for energy storage like this?

@grok give this innovation a review?