Redwire Corporation (NYSE: RDW), a leader in space infrastructure for the next generation space economy, is supplying critical navigation components for NOAA's GOES-R series of weather-monitoring satellites.
"Redwire is proud to partner with Lockheed Martin, NASA and NOAA on this critical mission to broaden our understanding of weather and climate," said Don Wesson, leader of Redwire's Sensors business.
Thai students win international award for space technology | Thai PBS World : The latest Thai news
Their space project was called “MINERVA CubeSat for demonstrating DNA damage mitigation against space radiation in C. elegans by using genetic modification".
Pisitchai Tachavises, a bachelor degree student in Biomedical Engineering, further explained that "MINERVA" consists of six aluminium cubes, 30cm in height, 20cm in length and 10-12kg in weight. C. elegans are about 1mm long. Their method was to add Dsup to them through genetic modification.
Sky's the limit as Glasgow space technology pioneer unveils leadership hires | The Scotsman
The company, which utilises satellite infrastructure to provide businesses with continuous, accurate data from remote locations, is now on track to commercialise and establish global operations in 2022.
Among the key appointments, Sarah McLaughlin joins the firm's executive team as vice president of marketing. She brings more than 15 years' industry experience spanning brands such as PwC, Tesco Bank, National Australia Bank and Glasgow Caledonian University.
Space Micro Lands Space Development Agency Contract for Optical Communications
Voyager Space Inc. (Voyager) , a space technology company with nearly 20 years of spaceflight heritage, and Space Micro, Inc.
"We are thrilled that SDA has selected Space Micro, along with our outstanding partners at BridgeComm," said David Strobel, Executive Chair of Space Micro. "We are looking forward to further testing our technology to enhance the overall architecture in LEO."
Students Develop Rovers That Hop, Slither, and Roll | NASA
Students at 100 technical schools to learn satellite technology - EgyptToday
CAIRO – 24 February 2022: The Ministry of Education and Technical Education, and the Egyptian Space Agency signed Wednesday a cooperation protocol for students at 100 technical schools to learn assembling artificial satellites.
As such, students will understand how satellites function, their uses, how they get launched and operated, and how to derive data from them.
Wasted space: The growing problem of facing the debris we've left behind | VentureBeat
No matter the technologies gained, one thing is certain; humans leave a legacy wherever they go. It's no more evident than in the last frontier — space — where debris hasn't left gravity's pull and ever-so-slowly circles around Earth's orbit.
According to an article in Mashable , containing debris and ridding space junk is becoming a problem that's getting harder to solve. Russia recently tested a missile, set to "blow-up" an older satellite– having unexpected consequences.
Japan TV White Space Technology Market Scope Forecast By 2029 | Metric Systems, Microsoft, ATDI,
New Jersey, USA,- The Japan TV White Space Technology Market Report contains a detailed industry overview along with gross margin, other core manufacturing, cost structure, selling price, network direction, service delivery, actual value, overall size, share and upcoming development factors.
NASA Opens Second Phase of $5 Million Lunar Power Prize Competition
WASHINGTON , Feb. 23, 2022 /PRNewswire/ -- Under Artemis, NASA plans to return to the Moon using innovative technologies to explore more of the lunar surface than ever before.
"Challenges like Watts on the Moon give us the chance to utilize the creativity of industry, academia, and the public to power our return to the Moon," said Jim Reuter , associate administrator for NASA's Space Technology Mission Directorate at NASA Headquarters in Washington .
SpaceX’s Approach to Space Sustainability and Safety – Parabolic Arc
SpaceX has demonstrated this commitment to space safety through action, investing significant resources to ensure that all our launch vehicles, spacecraft, and satellites meet or exceed space safety regulations and best practices, including:
With space sustainability in mind, we have pushed the state-of-the-art in key technology areas like flying satellites at challenging low altitudes, the use of sustainable electric propulsion for maneuvering and active de-orbit, and employing inter-satellite optical communications to constantly
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