Houston met Axiom Space A large scientific haul was planned for his first missionary, with robots and filters that could help find the future space on the moon or Mars.
Axiom plans to get started Ax-1, the first full -fledged cruise to the International Space Station, on April 8 aboard a SpaceX Crew Dragon. Four people, including three paid customers, will spend 10 days in the air, including eight on the orbiting complex, but officials said it was not a sightseeing trip.
“This team is really dedicated to research,” said Christian Maender, Axiom’s director of operations and research in the air, during a news conference held in Feb. . 28. Axiom-1 science includes 25 research experiments built for microgravity and up to ten experiments before and after flight, he said.
“This collection of life sciences and technology demos,” says Maender, “is a very in -depth type of research that understands everything from considering human health in the air and on Earth, and knowledge, systems and plans for future homes. from Earth. “
Pictures: The first public tours
Axiom will be commissioned by Axiom employee and former NASA pilot Michael López-Alegría, along with three vendors: Larry Connor, investor Larry Connor, Director of Finance Canadian Mark Pathy, and Israeli publisher Eytan Stibbe, each reportedly paid. $ 55 million for a site.
“There were a lot of different experiments in each project because of the interest of these sailors,” Maender said. “At the beginning of the missionary planning process, they brought us a repository of work. They said, ‘We really want to do some of this stuff into orbit.’ It’s a pleasure to work with them, as well as NASA and the National Lab, to really make these things happen for the community. “
Ax-1 will continue to offer lessons in human research, technology demonstrations, geography and science (life and body), the company said in a November 2021 announcement.
Sailors also spend more than 100 hours of time in the air conducting experiments, making more than one -tenth of their total time in orbit (960, e.g. an estimated 240 hours out of 10 days in space for each of the four. people.)
Connor will work with the Mayo Clinic and the Cleveland Clinic, building on the research he has funded in those offices for most of the past 10 years. For Mayo, Connor will look at sensory systems (cells that end up sharing) and how they relate to heart health. At the Cleveland Clinic, he conducts pre- and post -mission MRIs to see how the plane travels to the spinal cord and brain.
“This is a global effort to study what kind of effects of public travel will have on civilians over the years,” said Thomas E. Mroz, Cleveland Clinic’s director of the center for the spinal health and the head of the spine research, referred to in the Axiom. “There’s a lot to learn. How long do people live in the open? Or what do they need because of their health?”
Pathy will work on behalf of The Montreal Children’s Hospital, the Group of Canadian Research Universities and The Royal Canadian Geographical Society (with various universities and startups) on a number of research projects.
Pathy will test a two-way “holoportation” system that allows users to communicate remotely using two 3D-projections as a hologram. She will undertake research for the children’s hospital to study chronic pain and sleep problems, as well as additional research projects for other professions, such as changes in knowledge related to lele mokulele. Pathy will also be working on geological projects to better understand the effects of global warming and urbanization on our planet.
“The unique insights Mark provides from the air will help build a lasting legacy of learning about protecting and caring for our Canadian ecosystem – long after all Of his mission, “said John Geiger, Executive Director of the Royal Canadian Geographical Society. the word Axiom.
Stibbe, a friend of Israeli astronaut Ilan Ramon who died on board the Columbia plane in 2003, plans to work on behalf of the Ramon Foundation and in partnership with the Israel Space Agency at the Israeli Ministry of Innovation, Science, and Technology.
“The experiments are innovative and trailblazing, coming from a variety of disciplines – astrophysics, agriculture, optics, communications, biology, healthcare, neurology, and ophthalmology – and were selected based on their results. relevant to research and innovation, ”Inbal Kreiss, chairman of The Science and Technology Committee and head of the innovation of missile systems and space company at Israel Aerospace Industries, said Spoken in a language.
“They are expected to lead the technology, science, and medicine that will jeopardize the quality of human life on Earth and the future of man’s long -term missionaries outside of Earth. , “Kreiss added.
On March 17, Axiom released brief details about other experiments planned by pilots to perform in space, related to the technology.
TESSERAE (Tessellated Electromagnetic Space Structures for the Exploration of Reconfigurable, Adaptive Environment): This project tests a technology that creates sets of self -assembling robots that can be used for a variety of tasks, including extra space station modules. There is work with the Massachusetts Institute of Technology Media Lab Space Exploration Initiative, and the Aurelia Institute.
Comparing Tumor Organoids in the Lower Earth Orbit: Using human cancer screening systems and a cancer screening system, this program evaluates the physical effects of cancer exposure as a result of the rapid aging process. to microgravity. The partnerships include the University of California, San Diego and the Sanford Consortium for Regenerative Medicine.
Japan Manned Space Systems Corporation (JAMSS) Photocatalyst: An air purifier called a photocatalyst will be used for a technical demonstration to evaluate its performance. The manufacturer will use light to convert air gases into water and carbon dioxide. The partners include JAMSS, Tokyo University of Science and Tokyo University of Food and Technology.
Search Results for: Noke Ola (TRISH): The consortium will collect data about passengers, perform physical and cardiac tests and measure balance and awareness. TRISH plans to create a database of research from the ground up to learn about the effects on human health, especially for long -term missionaries to the moon or Mars. The consortium consists of Baylor College of Medicine, the California Institute of Technology, and the Massachusetts Institute of Technology.
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