In a new research initiative at the University of Florida, a team led by Victoria M. Miller, Ph.D., is exploring the use of lasers to fabricate structures on the Moon using locally available resources. The concept involves converting lunar regolith into glass-like materials that can then be shaped with laser-based processes.
The technique relies on laser forming, a method that bends materials through targeted heat without physical contact. This approach could enable astronauts to create complex components from on‑site materials, reducing the need to transport heavy equipment from Earth.
The current research phase focused on refining laser parameters and assessing the structural integrity of the produced parts. Early results suggest the method can produce stable, lightweight structures suitable for habitat modules or communication antennas.
The findings will be detailed in an upcoming paper, outlining the feasibility and potential applications of the technology. The researchers hope their work will streamline lunar mission logistics and increase independence from Earth.