Red Planet, Blue Ocean
Mars settlement as a technology wave for startups. MSC 2025, Los Angeles.
Space settlement work
Talks, design papers, and video — slides and speech notes beside each entry when available.
Featured designs
Flagship concepts — open the design page or the slide deck.
1,000-person settlement concept for the Mars Society Colony Prize.
Design page →
Para-terraforming - Architecture and Biology of covering a Lake Erie sized canyon on Mars
Slides PDF →
Polar rover land-train for permanently shadowed craters (NASA Design award winner).
Slides PDF →Full archive
Mars settlement as a technology wave for startups. MSC 2025, Los Angeles.
Rover concept for permanently shadowed lunar south polar craters; adaptable to early Mars outposts. MSC 2025. (NASA Design award winner)
Panel with Tony Muscatello (NASA, ret.) — updated MSR concepts. MSC 2024, Seattle.
Long-range digital communications and tracking for MDRS; Archipelago Space Research. MSC 2024.
AI’s impact on Mars settlement plans and daily thinking. MSC 2023 (conference live feed; jumps to talk).
Agile and modularity for Mars analogs as accelerators. MSC 2023 (conference live feed; jumps to talk).
Minimum viable independent planet from first principles. MSC 2022, Arizona.
Updated survey of methods at Tesla and SpaceX. MSC 2022; video is the longer AIAA Houston version.
SECADS methodology with advanced solar sail case study. MSC 2021.
Bridge from Lunar Starship to large construction outposts. MSC slides (centrifuge detail); separate Moon Society video.
Architecture and biology of covering a Lake Erie“sized canyon on Mars.
Modular deep-space settlements from Starship components, LEO to the belt.
1,000-person settlement for the Mars Society Colony Prize; published in Mars Colonies.
Starlink-class technology for solar-system probes and infrastructure.
Interview on launch systems, Artemis budget, Raptors, and colony design sneak peek.
Reverse-engineering SpaceX innovation pace. Widely viewed via Next Big Future coverage.
Path for Mars surface settlement with least risk to science and the Earth biosphere.
Near-term projects to expand human activity into deep space with minimal cost and risk.
Nature of technology revolutions and expansion into the solar system.
Blockchain, phased IP, distributism, and space settlement economics. MSC 2016.
Modular factory in high lunar orbit for rapid prototyping of settlement tech.
Challenges of space settlement and a path of least resistance. Forerunner of the economy and lab talks above.
Economic and communication issues of settlement; 100 Year Starship Symposium lineage.
Time-lapse of the crew building the new Science Dome at Mars Desert Research Station — intended as a greenhouse at the time.
NASA Hack Night at Adler Planetarium (Creative Commons). Augmenting limited spacesuit perception with AR, drone, AI, and telepresence so the astronaut is environmentally hypersensitive rather than isolated.
Modular, scalable, portable analog habitats (Atacama / building-code“friendly revision of the MDRS-style base concept).
Spacecraft interiors for extreme reliability and adaptability at minimal cost. Conference video is hard to follow (camera on speaker); Kindle book has full detail.
Where to carry tools and gear in real and simulated surface suits — from MDRS Crew 124 command experience.
Western cosmologies and why we explore; JBIS paper lineage (100 Year Starship).
Reinforced ice propellant storage on orbit — protection and deep-space logistics.
Microcolony agriculture — self-sufficient architecture in minimal spaces; cosmic-ray“protected shelter with permaculture and aquaponics.
This page is the primary archive for talks and papers listed above. Additional conference live-feed video may exist where a dedicated cut is not listed.
From the field
Selfies and field moments from the Mars Desert Research Station mission.
