![]() Life science (including animal and human) experiments can be performed with appropriate environmental control and life support systems attached. The Gravity Ring can be spun for weeks or months with one or more experiments on board, allowing for a long baseline data collection. It’s designed to accommodate numerous experiments that can be attached or detached when not rotating. Mars-level gravity would be achievable when spun at 3.4 rpm. The Gravity Ring is also designed to provide research opportunities for government, academic, and commercial partners alike to fly experiments in a simulated lunar gravity environment in Low Earth Orbit (LEO). We expect that NASA and other partners will want to be part of this historic project, as we believe it represents a concrete shift away from microgravity on orbit. Measuring 60 m in diameter and rotating at 2.2 rpm to provide lunar-level gravity, the Gravity Ring will be the first spacecraft of its kind deployed, paving the way to larger and more capable spacecraft with artificial gravity, such as Voyager Station™. The Gravity Ring is a technology demonstration project, which is designed to retire significant technical risk associated with assembling and rotating a large, ring-shaped spacecraft to produce artificial gravity. Prior to launching STAR, OAC plans to launch a prototype version called PSTAR which will build the Gravity Ring™. STAR would work in conjunction with Observer Drone and other assembly robots to build Voyager Station. OAC plans to design, build, and test the Structural Truss Assembly Robot™ (STAR) - a large, autonomous truss-building machine capable of assembling large-scale (100+ m) linear or circular structures. Some of them will be more demanding than others, but they all teach us about the world and ourselves along the way.” “Never limit yourself because of others' limited imagination never limit others because of your own limited imagination.The Errant Object Retrieval™ (EOR) drone is anticipated to provide close-proximity operational capability for the assembly of space components by using an image-recognition based artificial intelligence (AI) system to provide autonomous identification and capture recovery of assembly sub-components. Mae jemison space pioneer achieve 3000 answers full#I also wanted to be a dancer, an architect and a fashion designer.” “Life is full of adventures. … You don't have to wait for permission.” “I realized I would feel comfortable anywhere in the universe because I belonged to and was a part of it, as much as any star, planet, asteroid, comet or nebula.” “One of the amazing things in terms of African Americans is that we've always been involved in the sciences.” “Science literacy is not about being able to solve all the equations or being able to come up with Einstein's theory of relativity it's about figuring out how science impacts your world every day.” “I knew in kindergarten that I wanted to be a scientist. I'd also love to go to a completely different planetary system out of our solar system.” “I was in training from when I was born until I became an astronaut, because as an astronaut you use all the skills you learn in life.” “It would be nice-and I think it will be nice-to have more and more people of all kinds involved with space exploration.” “The biggest challenge we all face is to learn about ourselves and to understand our strengths and weaknesses.” “You have as much right as anyone else to be in this world and to be in any profession you want. “I'd love to go into space again if there were a mission to Mars. ![]()
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