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How can we ensure Mars habitats are sustainable for human life?
To sustain human life on Mars, innovative recycling systems and alternative energy sources may be essential.
Hellos,
In this week’s newsletter, we look into the world of space architecture.
Space has long captivated the human imagination, dating back to ancient times. From the awe-inspiring wonders of the pyramids in Egypt to modern-day space exploration, our fascination with the cosmos knows no bounds. ✨
As designers, our intrigue extends beyond mere curiosity; we envision structures not only for spacecraft but also for potential colonies on other planetary surfaces. Consider, for instance, the innovative space architecture project like the proposed Mars habitat designed by the European Space Agency (ESA) and its partners.
The quest for knowledge has propelled us to new frontiers. From the historic moment when Neil Armstrong set foot on the moon to the pioneering Mars landing by NASA's Viking 1 spacecraft in 1976, each achievement has expanded our understanding of the universe.
Despite numerous challenges, including the unforgiving Martian terrain, humanity continues to push the boundaries of exploration. Recent successes, such as the ingenious methods depicted in "The Martian," remind us of our resilience and adaptability. Who could forget the iconic scene with Matt Damon's character cultivating potatoes, a testament to human ingenuity in the face of adversity?🌙
As we venture further into the unknown, we are driven by curiosity and the desire to overcome obstacles and create a sustainable future beyond Earth. However, we must also prioritize the protection of our own planet before embarking on the colonization of Mars to ensure a future for both worlds.
Best,
Serra
The evolution of AI in space exploration and habitat engineering
Artificial Intelligence (AI) emerged in the 1950s when researchers discovered that machines could perform human-like tasks like thinking. Later, in the 1960s, the Department of Defense in the United States funded AI, and labs were established for further development.
Which materials can be used to construct on Mars?
Human civilization has always shown a keen interest in the exploration of space. Every time we look up at the night sky, a fascination has always followed. Amongst the bright twinkling stars, we’ve always wondered about the very nature of our existence.
Life on Mars, but how? A few architectural considerations
The Soviets as well as NASA became interested in Mars from the 1960s onwards. It started with various fly-by-missions to take photographs of the surface area and, it being Cold War, with a competition of who gets closer, better images and more data from the red, dust-stormy planet.
How to address the challenges of extraterrestrial architecture?
Exploring life beyond the earth has been humankind’s most fancied indulgence for centuries now. From making the first spaceship to building moonbases, and now landing on our neighboring red planet- Mars, we have come a long way in discovering the universe.
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What would architecture look like on Venus? Here is a hint from BioShock Infinite
Throughout humankind’s history, exploration and discovery are in our essence to survive and adapt. We faced countless threats; eventually, we overcame them or found a solution. Right now, our next aim colonizing Mars and become an interplanetary species.
Mars 101: How do Martians go to the toilet?
The Golden Martian House, an inflatable prototype for a home on Mars built by UK firms Hugh Broughton Architects and Pearce+, now features a Martian toilet by Duravit.
How NFTs are helping unlock new possibilities in architecture?
Have you ever wondered about owning your favorite skyscraper or a landmark that you enjoyed strolling in? What about a residence that opens up to a scenic view or one that is placed on another planet?
Future[tectonics] available for members
This publication raises important questions about the role of regenerative design, technology, nature's wisdom, AI, big data, and digital twins in creating adaptable and optimized urban spaces that coexist with nature. It envisions a future of innovative and sustainable cities that prioritize the well-being of all.