Living on Mars

Over the years, people have wondered whether humans could live on Mars. Interstellar Lab is attempting to find out the answer by “developing technologies dedicated to space exploration to apply them on Earth,” as founder and CEO Barbara Belvisi puts it. Mojave Desert in California will harbour the first self-sufficient village, built using space technology and developed by Paris-based aerospace company Interstellar Lab.

The first of its kind terrestrial village aims to create a sustainable future on earth and beyond. California-based aerospace company develops and builds closed-loop villages with ‘regenerative life support technology’ and create harmonious environment for humans to live on Earth, Moon or Mars. The team of engineers and scientists have been continuously evolving new models of habitats and solutions for prospective space settlement with prevailing terrestrial applications.

The experimental bio-regenerative station (EBIOS) can generate and recycle water, food and energy for 100 people using state-of-the-art space exploration technologies. The advanced solutions applied are designed to be implemented on the Earth while concurrently preparing for future settlement on other planets.

The biodome forms the central element of the village| EBIOS by Interstellar Lab | STIRworld
The biodome forms the central element of the village

The team questioned what the first human settlement would look like if we were to colonise the Earth now, for the very first time. EBIOS finds its answer as an innovative community that embraces the overlaps of nature and technology, a fresh start on Earth. The station ensures zero waste, conservation and preservation of nature and a carbon-neutral footprint, ushering a new era of regenerative living.

Fluid forms give shape to the functional stations| EBIOS by Interstellar Lab | STIRworld
Fluid forms give shape to the functional stations

The stations are designed to house various functions such as hospitality and science centres and an art and music centre. The science area is equipped to test life support technologies, foster astronaut training and support research in science and agriculture. These space settlement technologies are tested in an enclosed environment to prepare astronauts and explorers for possible establishment on other planets.

Interstellar Lab has been collaborating with NASA to develop plant growth systems, water treatment strategies, and 3D printing technologies. Together, they have also been investigating human behaviour in environment controlled systems and are currently exploring building the second EBIOS at the Kennedy Space Center in Florida.

The interiors reflect the futuristic exteriors of EBIOS | EBIOS by Interstellar Lab | STIRworld
The interiors reflect the futuristic exteriors of EBIOS

Interstellar Lab combines architecture, engineering, product design and science to find solutions for a valuable future. “Sentient life is likely very rare in our universe. Complex life may be rare in our solar system. At Interstellar Lab we are building technologies to help its preservation and regeneration on Earth now and in the future on other planets,” mentions Belvisi.

The much-anticipated project will be open to scientists, engineers, adventurers and students, allowing the general public to contribute in building their prospective new worlds.

Images courtesy of Interstellar Lab.