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When she was a little nerd and passionate about nature living in France, Barbara Belvisi daydreamed about the life on other planets: giant domes dotted with lush plants and exotic flowers like the ones she painted on her bedroom walls. But adult life led her first to study economics and finance and then to make a career of investing in deep techcompanies whose progress is based on scientific or engineering innovations.
In 2014, he co-founded Hardware Club, an investment firm dedicated to physical and connected products and robotics. Now, however, Belvisi can fulfill her childhood fantasies as founder and CEO of Interstellar Laba company that has the ambitious goal of building inflatable capsules capable of supporting life on other planets. “To found it, I had to learn a lot about aerospace, life support systems, agriculture and architecture“, tells.
Belvisi explains that the company, which he founded in 2018, aims at “create the perfect climatic and atmospheric conditions for life“, regardless of where you are on Earth, in orbit or on the surface of other worlds. The purpose is not only to contribute to the cherished goal of the tech billionaires, which is to make humanity a species “multi-planetarybut also make things better here on Earth. Belvisi says the technology his company is developing could help address problems like food shortages and habitat loss.
The futuristic domes of Interstellar Lab
Interstellar Lab’s first product is BioPodsone inflatable dome in which the temperature, humidity and oxygen and carbon dioxide content of the air can be closely monitored and controlled. With its all-white exterior and transparent roof, it looks like a scaled-down version of the biosphere of theEden project in Cornwall, or a structure straight out of the pages of 1970s science fiction. “It’s a super-advanced autonomous greenhouse“, Belvisi explains.
The terrestrial version of BioPod consists of a composite base, like the hull of a boat, equipped with electronic and hydraulic equipment for environment control. Inside, the dome is equipped with hydroponic equipment for the cultivation of plants in the absence of land. The structure is capable of recycle water, while sunlight filters through the transparent membrane. A liquid spray fertilizer, adapted for specific plants grown in the BioPod, ensures the supply of nutrients. An algorithm, on the other hand, has the task of monitoring and regulating the conditions to optimize plant growth.
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