Instead of creating habitations made of glass and metal, NASA is considering technologies that could develop structures out of fungi. So, it may become our forthcoming homes in deep space and possibly result in a more viable habitat on Earth. The idea is to use the mycelia portions of a fungus. Notably, it consists of forking thread-like structures that could set up composite structures with great precision. The formation includes a triple layer dome; water ice forms the external layer. Even more, cyanobacteria are present in the middle, and mycelia for the innermost layer, that nurtures and cultivates around a framework to form the Mars house.
According to NASA, developing a habitation for future space missions means preparing more than mounting a roof on astronauts’ heads. The agency added, they will also require to have all their essential needs accomplished, similar to that of Earth. Currently, NASA’s Ames Research Center, located in Silicon Valley, California, is functioning on the design. The organization foresees a future where human exhibitors can introduce a solid home developed using a lightweight material using dormant fungi. According to the principal investigator on the early-stage project, Lynn Rothschild, the existing conventional habitat schemes for Mars are like a tortoise. In other words, it is like moving with homes on the back.
Well, it seems a reliable but expensive alternative, as it needs huge and excessive energy costs. Lynn also noted they could attach mycelia to cultivate habitats for humans when they reach there. Once human explorers land at their particular endpoint, they can spread out the structure and add water to it. As a result, the fungi will grow across the structure into an entirely functional human home. The ultimate goal of the project is to offer a lightweight material that will last for long periods on deep space travel. Above all, NASA said by transforming to the well-designed of our natural world, they can develop green and endurable homes.