"Avast ye, mateys! Be it true, space scurvy dogs consider joinin' forces with AI buccaneers fer their deep-sea adventures!"
2023-11-16
Arrr, me mateys! A voyage from Earth to Mars be a long, treacherous haul, lasting two and a half years. To keep our brave astronauts sane, NASA be thinkin' of usin' AI companions. These savvy mates be helpin' with labor and keepin' the crew's spirits high on their cosmic escapade!
Space agencies around the world are developing AI companions to assist astronauts on long-duration space missions. These AI companions aim to combat loneliness, help with work, and support the mental health of astronauts. The challenges faced during deep space travel are different from those experienced in orbit, as missions to Mars, for example, can last around 2.5 years. The small size of the vehicle and the confined living conditions of the crew make it crucial to have effective tools to support their well-being.NASA and the European Space Agency (ESA) have both explored the use of AI-powered companions. In 2018, ESA introduced CIMON, a round computer that floated around the International Space Station (ISS) and aided astronauts with experiments. Later iterations of CIMON aimed to connect emotionally with the crew and could answer voice-prompted questions. While science fiction films have featured AI systems to aid space explorers, real-world AI systems still require further research and development.
NASA is also using AI for other projects, such as preparing for solar storms' impacts and identifying UFOs and potentially hazardous asteroids. Japan's space agency, JAXA, was the first to incorporate AI into a rocket with their Epsilon spacecraft. The French, UK, and Italian space agencies have also funded AI projects.
However, it is important to prioritize AI tools that can genuinely help astronauts. While AI has potential, the mission of supporting crew mental health remains human-centric and human-driven. The ability to connect with family and maintain team cohesion during missions will continue to be key methods of support for astronaut's well-being.