Bio-Futures for Transplanetary Habitats develops biologically active materials and integrated bio-systems for off-world living. We create solutions for life support, resource generation, and psychological well-being in extraterrestrial environments, focusing on symbiotic relationships between inhabitants and their surroundings.
Funding
Funding not disclosed
Founders
Product
Problem
Establishing sustainable human habitats beyond Earth presents significant challenges related to resource utilization, environmental control, and psychological well-being. Traditional engineering approaches often overlook the integration of biological systems, which are crucial for long-term habitability and self-sufficiency in extraterrestrial environments.
Solution
Bio-Futures for Transplanetary Habitats is a research group focused on designing and developing biologically active materials and organisms for off-world living. We leverage expertise in design, biology, and engineering to create integrated bio-systems that address the unique demands of transplanetary environments. Our work explores novel biomaterials and bio-integrated systems to support human habitation on celestial bodies like the Moon and Mars. By focusing on bio-social and biotechnological relations, we aim to foster symbiotic relationships between inhabitants and their extraterrestrial surroundings, ensuring not only survival but also the psychological health of future space explorers.
Target Audience
Our primary audience includes researchers, engineers, designers, and organizations involved in space exploration, astrobiology, and the development of extraterrestrial infrastructure.
Features
- Development of bio-integrated systems for life support and resource generation in extraterrestrial habitats.
- Research into novel biomaterials derived from biological sources for construction and environmental regulation.
- Design of architectural simulations and computational models for lunar outposts, focusing on illumination and thermal control using reflected sunlight.
- Investigation of materials and surface patterns for anti-reflectivity and durability in vacuum environments.
- Exploration of bio-social and biotechnological relations for enhanced habitability and psychological well-being in extreme environments.
- Facilitation of interdisciplinary research through pilot projects and collaborations with external research groups and stakeholders.
- Organization of networking and dissemination events to advance research and applications in transplanetary habitation.