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Could Robots Be Soft Like An Octopus?
Read more: Could Robots Be Soft Like An Octopus?Prof. Rob MacCurdy from the CU Boulder Matter Assembly Computation Lab talks the future of robotics and what impact they’ll have on our capabilities in Space.
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What Lies Beyond Moore’s Law?
Read more: What Lies Beyond Moore’s Law?Paul Syers from the Department of Energy talks trends in computing and how energy consumption will impact the future of computing on Earth and in Space.
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Can we get to Mars in 100 days?
Read more: Can we get to Mars in 100 days?Can the Dr. Buzz Aldrin cycler become reality? Can we really get to Mars in 100 days? These questions and more are explored with Professors Andy Aldrin, Embry-Riddle University and Brian Kaplinger, University of Kansas.
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Doing the Right Things for the Right Reasons
Read more: Doing the Right Things for the Right ReasonsRecently, Rhonda Stevenson, President and CEO of Orbital Assembly Corporation, suggested that I talk with Andre Bormanis and Dan Hawk as part of this blogging series. What a delightful conversation it was! Andre is a member of OAC’s Board of Advisors and is a science consultant for the Star Trek inspired show, The Orville. Dan…
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Space is For Everyone
Read more: Space is For EveryoneIndustry thought leaders discuss, how do we make space available for everyone? Featuring Oroville science advisor André Bormanis, “October Sky” protagonist, Homer Hickam, Dan Hawk, Jared Angaza, and Dr. Shawna Pandya.
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Space Medicine and Artificial Gravity
Read more: Space Medicine and Artificial GravityDr. Ronke Olabisi, UC Irvine professor, discusses her recent report “Challenges and Benefits to Human Operations in Variable & Partial Gravity Earth Orbiting Habitats”, the impacts of artificial gravity on long duration spaceflight, biomedical engineering in Space and on Earth, and how tissue engineering takes inspiration from ancient Mayan technology.
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Artificial Gravity May Offer A Myriad of Benefits to Humans
Read more: Artificial Gravity May Offer A Myriad of Benefits to HumansFuture space habitats may offer hybrid, variable gravity environments to accommodate both human and commercial needs. Researchers have assembled what may be the first exhaustive literature review of artificial gravity opportunities, challenges, and potential impact on humans in space, sponsored by Orbital Assembly.
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Hosted Payload Services with Variable Gravity
Read more: Hosted Payload Services with Variable GravityOrbital Assembly (OA) is announcing a new program and mission design as well as planning services for station-class hosted payloads“ on the company’s micro and artificial gravity space stations.
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New Equity Offering (Reg CF) to Advance Hybrid-Gravity™ Space Station Development
Read more: New Equity Offering (Reg CF) to Advance Hybrid-Gravity™ Space Station DevelopmentOrbital Assembly (OA), a leader in the race to make Hybrid-Gravity™ space accessible for leisure, commercial and industrial activities has announced a new equity offering (Regulation CF). Click here to sign up for news and to invest via Netcapital.
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The Future of Computing on Earth and in Space
Read more: The Future of Computing on Earth and in SpaceDr. Sadas Shankar, from SLAC National Laboratory and Stanford University, and focused on the future of computing, energy and material limits of silicon and the relative efficiency of biologic systems to our human-built computers.
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