Living in giant moon glass spheres could be our future
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One day, we might see glowing glass cities scattered across the surface of the Moon, glowing softly in the light of Earth. NASA is teaming up with Skyeports, a California-based company, to explore how lunar dust could be turned into huge glass spheres strong enough to live in. These futuristic, transparent habitats could become the first real homes for astronauts on the Moon.
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INSIDE NASA’S FAST PLANS FOR LUNAR NUCLEAR POWER AND NEW SPACE STATIONS TO OVERCOME GLOBAL RIVALS
Skyeports’ vision begins with fusing lunar dust in microwave ovens to create durable glass. (air ports)
Turning lunar dust into homes
Skyeports has developed a way to transform lunar dust, known as regolith, into durable glass that can be shaped into massive spheres. Using a microwave oven, the regolith melts and expands like a bubble before cooling into a hard, transparent shell. These spheres could one day serve as living and working spaces for astronauts.
The innovation lies in building directly on the Moon using local materials. No expensive shipping required from Earth. The same tubes used to blow molten glass will become entrances, while 3D printers inside the spheres will create furniture and accessories using lunar materials.
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The spherical glass design evenly distributes pressure, forming strong, transparent habitats that can withstand micrometeorites and extreme lunar conditions. (air ports)
Self-healing and solar-powered living
The planned glass spheres go far beyond simple shelters. They are designed as self-sustaining ecosystems. The glass can repair small cracks caused by micrometeorites or moonquakes, and built-in solar panels will allow each habitat to generate its own energy.
Inside, temperature layers could create condensation to support plant growth. This would produce oxygen, water and food, making each sphere an autonomous life support system.
The science behind glass sphere design
The spherical shape is more than a design choice. It evenly distributes pressure, giving the structure incredible strength. By adding elements such as titanium, magnesium and calcium, glass becomes even harder and stronger than steel.
Dr. Martín Bermúdez, CEO of Skyeports, shared that current prototypes are only a few centimeters wide, but future spheres could extend up to 1,640 feet wide. Their long-term vision is a network of glass cities connected by transparent bridges across the lunar landscape.
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NASA’s Innovative Advanced Concepts program supports this research as part of its drive to prepare for long-term human life on the Moon under the Artemis mission. (air ports)
Future plans to test glass sphere habitats on the moon
This concept is part of NASA’s Innovative Advanced Concepts program, which funds forward-thinking projects that could transform future missions. Since the Artemis program aims to return humans to the Moon soon, finding safe and sustainable habitats is a top priority.
The Skyeports team plans to test the glass blowing technique in a thermal vacuum chamber, followed by parabolic flight experiments that simulate microgravity. Future tests are scheduled aboard the International Space Station to see how the process works in real space conditions. If all goes well, tests could be carried out on the lunar surface in the coming years.
What does this mean to you?
The idea behind these lunar glass spheres goes far beyond space exploration. It represents a new approach to sustainable design, one that could reshape the way we build on Earth. The same techniques could lead to green, energy-efficient buildings for the future of our own planet. If these glass structures can protect astronauts from extreme lunar conditions, they could inspire a new generation of sustainable architecture here at home.
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Kurt’s Key Takeaways
NASA’s partnership with Skyeports seems like the start of something big. It shows that life beyond Earth is moving from imagination to reality. The combination of science, design and creativity behind these glass habitats could be the first real step towards building lasting communities on the Moon. Humanity is learning how to go from exploring space to living there.
Would you choose to live in a glass city on the Moon if you had the chance? Let us know by writing to us at Cyberguy.com
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Kurt “CyberGuy” Knutsson is an award-winning technology journalist with a deep love for technology, gear and devices that improve lives with his contributions to News and News Business since mornings on “News & Friends.” Do you have any technical questions? Get Kurt’s free CyberGuy newsletter, share your voice, a story idea or comment on CyberGuy.com.