Category: aerospace
2026
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History of SpaceX: Synthesis, the Independence Assumption, and Projection through 2050 Part 12 of 12 · History of SpaceX
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History of SpaceX: The Category-Dominating Commercial Spinoff and the Internalization of Anchor Demand Part 11 of 12 · History of SpaceX
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History of SpaceX: The Patient-Private Capital-Formation Leg and the Manufacture of Patience Part 10 of 12 · History of SpaceX
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History of SpaceX: The Government-Anchor Capital-Formation Leg and Non-Dilutive Development Finance Part 9 of 12 · History of SpaceX
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History of SpaceX: Portfolio Patience and the Internalization of Tail Risk Part 8 of 12 · History of SpaceX
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History of SpaceX: Governance That Resists Capital Capture Across Thirty-Plus Funding Rounds Part 7 of 12 · History of SpaceX
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History of SpaceX: Generality-Forcing from Mars Requirements as a Cross-Domain Capability Substrate Part 6 of 12 · History of SpaceX
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History of SpaceX: Decomposability of Falcon, Dragon, Heavy, and Starship as Independently Valuable Rungs Part 5 of 12 · History of SpaceX
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History of SpaceX: Value Capture from Launch-Service Pricing and Vertical Integration into Starlink Part 4 of 12 · History of SpaceX
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History of SpaceX: Anchor Demand from COTS-1 Salvation Through Commercial Crew, HLS, and Starshield Part 3 of 12 · History of SpaceX
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History of SpaceX: Value Gradient from Falcon 1 to Falcon 9 to Reusability Part 2 of 12 · History of SpaceX
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History of SpaceX: Series Framing and the Seven-Plus-Three Forcing-Function Framework Part 1 of 12 · History of SpaceX
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Aerospace, Programming Languages, and Information Technology Co-Development: Contemporary Snapshot and Extrapolation Part 12 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Software-Defined Aerospace and Autonomy Part 11 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Silicon Valley from Defense Contracting Part 10 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Safety-Critical Software Part 9 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Space Shuttle Software as Engineering Landmark Part 8 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: ARPANET and Networking Origins Part 7 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: The Apollo Guidance Computer Part 6 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Aerospace Simulation and Real-Time Systems Part 5 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Early Cold War Air Defense and SAGE Part 4 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Wartime Computing and Code-Breaking Part 3 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Pre-War Computing Origins and Ballistics Part 2 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Aerospace, Programming Languages, and Information Technology Co-Development: Framing and the Co-Development Mechanism Part 1 of 12 · Aerospace, Programming Languages, and Information Technology Co-Development
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Venus Cloudtop Buoyant Analog Part 9 of 9 · Off-Grid Space Colonization Analogs
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Garbage and Transportation for Off-Grid Space Colonization Analogs Part 8 of 9 · Off-Grid Space Colonization Analogs
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Waste and Sewage Management for Off-Grid Space Colonization Analogs Part 7 of 9 · Off-Grid Space Colonization Analogs
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Habitat and Physical Operations for Off-Grid Space Colonization Analogs Part 6 of 9 · Off-Grid Space Colonization Analogs
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Food Production and Closed Ecological Systems for Off-Grid Space Colonization Analogs Part 5 of 9 · Off-Grid Space Colonization Analogs
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Communications and the Link Budget for Off-Grid Space Colonization Analogs Part 4 of 9 · Off-Grid Space Colonization Analogs
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Water Systems and Life Support Recovery for Off-Grid Space Colonization Analogs Part 3 of 9 · Off-Grid Space Colonization Analogs
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Electricity and Energy Storage for Off-Grid Space Colonization Analogs Part 2 of 9 · Off-Grid Space Colonization Analogs
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Simulating Space Colonization on Earth Using Off-Grid Facilities Part 1 of 9 · Off-Grid Space Colonization Analogs
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The Regulatory and Operations Layer for Fixed-Wing UAVs Part 16 of 16 · Fixed-Wing UAV
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Payload and Mission Systems for Fixed-Wing UAVs Part 15 of 16 · Fixed-Wing UAV
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An Aerobatic Maneuver Reference Catalog for Fixed-Wing UAVs Part 14 of 16 · Fixed-Wing UAV
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Aerobatics as Costed Trajectories for Fixed-Wing UAVs Part 13 of 16 · Fixed-Wing UAV
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Structures and the Flight Envelope for Fixed-Wing UAVs Part 12 of 16 · Fixed-Wing UAV
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Communications and the Command-and-Control Data Link for Fixed-Wing UAVs Part 11 of 16 · Fixed-Wing UAV
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Guidance, Navigation, and Automatic Landing for Fixed-Wing UAVs Part 10 of 16 · Fixed-Wing UAV
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Landing Gear and the Physics of Touchdown for Fixed-Wing UAVs Part 9 of 16 · Fixed-Wing UAV
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Dynamic Stability and Control for Fixed-Wing UAVs Part 8 of 16 · Fixed-Wing UAV
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Stability, Control, and Configuration for Fixed-Wing UAVs Part 7 of 16 · Fixed-Wing UAV
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Electric Energy Systems and the Endurance Budget for Fixed-Wing UAVs Part 6 of 16 · Fixed-Wing UAV
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Staged and Boosted Propulsion for Small Fixed-Wing UAVs Part 5 of 16 · Fixed-Wing UAV
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Propulsion and Power Sizing for Small Fixed-Wing UAVs Part 4 of 16 · Fixed-Wing UAV
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Launch and Recovery Systems for Fixed-Wing UAVs Part 3 of 16 · Fixed-Wing UAV
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Runway Sizing for Fixed-Wing UAVs Part 2 of 16 · Fixed-Wing UAV
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Prototyping Fixed-Wing Aircraft with Lightweight PLA and Fiberglass Part 1 of 16 · Fixed-Wing UAV
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Human Spaceflight Ground Systems as an Illustrative Vertical for a Hypermedia Desktop Part 4 of 4 · Hypermedia Desktop
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Maintenance and Lifecycle Management for Search and Rescue Drone Programs Part 7 of 7 · Search and Rescue Drones
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Sensor and Payload Selection for Search and Rescue Drones Part 6 of 7 · Search and Rescue Drones
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Operator Training and Certification for a Search and Rescue Drone Program Part 5 of 7 · Search and Rescue Drones
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Search and Rescue Drone Fleets by Geographic Setting Part 4 of 7 · Search and Rescue Drones
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Research and Development for Search and Rescue Drones Part 3 of 7 · Search and Rescue Drones
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A Buyer's Decision Framework for Search and Rescue Drones Part 2 of 7 · Search and Rescue Drones
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Fixed-Wing, Multicopter, and Hybrid Drones for Search and Rescue, Physics and Economics Part 1 of 7 · Search and Rescue Drones
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Two-Stage Flying Delta Wing Vehicles for Civil and National Security Applications
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Rocket Propellant Chemistry, Hybrid Propellants Part 5 of 5 · Rocket Propellant Chemistry
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Rocket Propellant Chemistry, Storable and Hypergolic Liquid Propellants Part 4 of 5 · Rocket Propellant Chemistry
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Rocket Propellant Chemistry, Cryogenic Liquid Propellants Part 3 of 5 · Rocket Propellant Chemistry
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Rocket Propellant Chemistry, Solid Propellants Part 2 of 5 · Rocket Propellant Chemistry
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Rocket Propellant Chemistry, A Design-Tradeoff Space Part 1 of 5 · Rocket Propellant Chemistry