Within the realm of space exploration, one concept stands out not only for its innovative design but also for its multi-mission capability: NASA’s Nautilus-X. Officially known as the Nautilus-X Multi-Mission Space Exploration Vehicle, this proposed spacecraft presented a compelling vision for the future of long-duration space missions.
Read More Nautilus-X: NASA’s Vision for Multi-Mission Space ExplorationThis report reviews the literature and discusses the implications for creating artificial variable gravity habitats for humans in Low Earth Orbit (LEO) and cis-lunar space.
Read More Report: A Review of Challenges and Opportunities – Variable and Partial Gravity for Human Habitats in LEO (2022)The environment of space is remarkably different from that of Earth. It exposes astronauts to conditions of microgravity, increased radiation, isolation, and confinement, all of which can potentially affect the physical and psychological well-being of space travelers. This article reviews the physiological and psychological effects that long-term space flight can have on the human body.
Read More Planning Crewed Missions to Mars: Understanding the Effects of Long-Term Space Flight on the Human BodyThis article reviews the significance of functional materials in space technology, related research conducted aboard the International Space Station (ISS), and some specific examples of these advanced materials.
Read More Functional Materials: A Cornerstone of the Space EconomyThe Skylab Program, announced by NASA in 1970, marked a significant chapter in the history of human spaceflight. It was America’s first experimental space station, designed for humans to live and work in for extended periods. The program’s ambitious scope aimed to expand our understanding of life in space; and ultimately ended up establishing the foundation for future international space stations.
Read More The Skylab Program: Pioneering NASA’s Human SpaceflightBiomining is an approach that employs biological organisms, primarily bacteria, to extract valuable metals from ores and other solid materials. This biotechnology offers an eco-friendly alternative to traditional mining methods that often involve harmful chemicals. In the context of the emerging space economy, biomining could revolutionize the way we obtain resources beyond Earth’s atmosphere, potentially turning asteroids, the Moon, and other celestial bodies into valuable mines.
Read More Biomining: Harnessing Microbes for Resource Extraction in the Space EconomyThis article provides an overview of the ISS National Laboratory and associated research opportunities.
Read More The International Space Station National Laboratory: A Unique Orbiting Research FacilityThis article provides an overview of the Virgin Galactic sales strategy. The analysis is based upon SEC filings, sales collateral, media interviews, and other publicly available information.
Read More A Concise Guide To Virgin Galactic’s Sales StrategyThis report is an update to the “International Space Station Transition Report,” dated March 30, 2018. This version updates the plan to transition the LEO activities of United States Government agencies, ISS International Partners, ISS National Laboratory (ISSNL) users, researchers, industry, academia, and other ISS commercial partners off the ISS and onto Commercial LEO Destinations (CLDs) by 2030. It details the goals for the next decade of ISS operations leading to a smooth transition to commercial services, the steps being taken to develop both the supply and demand side of the LEO commercial economy, and the technical steps and budget required for ISS transition.
Read More Report: ISS Transition (NASA 2022)How much has ISS research impacted the worlds economy?
Read More ISS Benefits for Humanity?Micro-Gravity Film, TV, Sport and Entertainment Production and Broadcast Studio targeted for launch in 2025.
Read More Timeline for the World’s First Entertainment Arena and Content Studios In SpaceIs it possible that space tourism is overly focused on the physical experience and completely overlooking the potential value of cyber-tourism travel?
Read More Is This What the Future of Space Tourism Looks Like?NASA’s Advanced Plant Habitat (APH) program is a research initiative designed to develop and optimize plant growth systems for use in space. The APH program aims to enhance the understanding of plant biology in microgravity conditions, and to provide advanced cultivation technologies to support long-duration human missions beyond Earth’s orbit.
Read More What is NASA’s Advanced Plant Habitat Program?This article provides an introduction to the current status of preflight training for spaceflight participants.
Read More An Intro to Private Astronaut Preflight Training in Under 5 Minutes!So you’re thinking about going into space and you’re wondering what you will, or could, do when you get there? Well you’ve come to the right place, this article will break down the potential activities you could engage in during suborbital and orbital flights.
Read More The Essential Guide to What a Private Astronaut Can Do In SpaceThis article reviews the potential ways that Starship could reshape the space economy, highlighting the new markets, industries, and opportunities that may emerge as a result of this game-changing technology.
Read More The Dawn of a New Space Era: The Impact of SpaceX’s StarshipThe space economy has long been a subject of fascination and a breeding ground for innovation. Entrepreneurs are constantly seeking new ways to carve out their niche in this ever-evolving market. One of the most critical aspects of launching a successful venture in the space economy is the development of a Minimum Value Proposition (MVP) product. This article reviews the concept of MVPs in the context of space entrepreneurship.
Read More The Value of Minimum Value Proposition Products in the Space EconomyThis article breaks down the numbers to determine how Virgin Galactic makes money.
Read More How Will Virgin Galactic Make Money?Digital twin (also known as digital replica) technology is a concept that involves creating a virtual representation or digital counterpart of a physical object, process, or system. This digital model simulates the real-world entity, allowing for data analysis, monitoring, optimization, and predictive capabilities. This technology has gained significant traction in numerous industries, including manufacturing, healthcare, aerospace, automotive, and infrastructure.
Read More What is Digital Twinning and its Relevance to the Space Economy?A quick overview the proposed Russian Orbital Service Station.
Read More Russia’s Orbital Service Station and its Impact on the Space EconomyDisruptive innovation can have a transformative impact on entire industries, leading to a shift in market dynamics and sometimes even rendering established products or services obsolete.
Read More The Disruptive Innovation Model and its Relevance to the Space EconomyThis article outlines and explains the following operational domains: terrestrial, suborbital, Low Earth Orbit (LEO), Medium Earth Orbit (MEO), Geostationary Earth Orbit (GEO), Cislunar, lunar surface, and deep space.
Read More The Expanding Horizons of the Space Economy: An Overview of Operational DomainsThe United Arab Emirates’ Astronaut Program, established in 2017, is an essential component of the nation’s ambitious space initiatives.
Read More Soaring Beyond the Skies: A Deep Dive into the UAE’s Astronaut ProgramThis article reviews the various ways space technology can contribute to the improvement of STEM education, and outlines some of the most promising initiatives in this area.
Read More Reaching for the Stars: How Space Technology Bolsters STEM EducationThis article reviews space economy spillovers.
Read More The Hidden Value of the Space Economy