When astronauts live and work on the Moon, they'll have to deal with lunar dust—which isn't just a breathing hazard, but can also cause visibility issues for both people and machines.
A team of engineers at NASA's Marshall Space Flight Center are working on a solution: the Instantaneous Clarity of Ambient Environment Capability (ICAN-C) project, which uses artificial intelligence to effectively remove dust and small particle debris from optical systems in real time.
ICAN-C also has potential applications outside of space, such as helicopter landings, underwater operations, and other areas that require visual clarity. Read more about the project, its NASA centers, and key partners on our TechPort database: https://lnkd.in/efYAsCwC
When astronauts live and work on the Moon, they'll have to deal with lunar dust—which isn't just a breathing hazard, but can also cause visibility issues for both people and machines.
A team of engineers at NASA's Marshall Space Flight Center are working on a solution: the Instantaneous Clarity of Ambient Environment Capability (ICAN-C) project, which uses artificial intelligence to effectively remove dust and small particle debris from optical systems in real time.
ICAN-C also has potential applications outside of space, such as helicopter landings, underwater operations, and other areas that require visual clarity. Read more about the project, its NASA centers, and key partners on our TechPort database: https://lnkd.in/efYAsCwC
AI aids in removing lunar dust through the Instantaneous Clarity of Ambient Environment Capability (ICAN-C) project at NASA's Marshall Space Flight Center. This AI-driven solution uses Generative AI for lunar image denoising, effectively removing dust and small particle debris from optical systems in real time, enhancing visibility for astronauts and machines on the Moon. ICAN-C has potential applications beyond space exploration, such as improving visibility during helicopter landings, supporting underwater operations, and in other scenarios where visual clarity is crucial despite the presence of particulates like dust or debris. Pretty cool.
When astronauts live and work on the Moon, they'll have to deal with lunar dust—which isn't just a breathing hazard, but can also cause visibility issues for both people and machines.
A team of engineers at NASA's Marshall Space Flight Center are working on a solution: the Instantaneous Clarity of Ambient Environment Capability (ICAN-C) project, which uses artificial intelligence to effectively remove dust and small particle debris from optical systems in real time.
ICAN-C also has potential applications outside of space, such as helicopter landings, underwater operations, and other areas that require visual clarity. Read more about the project, its NASA centers, and key partners on our TechPort database: https://lnkd.in/efYAsCwC
Curating outstanding Speakers tailored to your corporate audience. Elevating every action with personalised action and finesse. Premier destination for capturing Speakers who captivate, educate and inspire 🎤
CEO of Future Today Institute • Global Leader in Strategic Foresight • Quantitative Futurist • Prof at NYU Stern • Competitive Cyclist
Well this blew my mind! Excellent NASA - National Aeronautics and Space Administration session on working *verrrry* remotely at SXSW — with half the panel in space! (My daughter - future lunar architect - got to ask the astronauts a question about what features and upgrades they’d like to see in their living and working spaces!)
#nasa#sxsw2024#sxsw#space#ISS
NASA - National Aeronautics and Space Administration takes sharing cat videos a step further!
NASA achieves a historic feat by transmitting the first-ever cat video from space as part of a test using its state-of-the-art communications laser.
The video features a fluffy orange tabby cat named Taters, playing with a laser pointer. Beamed from NASA's Psyche spacecraft over 19 million miles from Earth, the video includes technical data, Taters' heart rate, colour, and breed.
The Deep Space Optical Communications (DSOC) system successfully sent the video at a record distance, demonstrating the potential for future interplanetary communication. The technology aims to replace traditional radio systems, offering faster data transmission crucial for upcoming lunar and Mars missions.
Read more https://lnkd.in/e2Q9-7uQ#NASA#SpaceCommunication#CatVideoFromSpace#RandD#RandDProjects#RandDtaxRelief#TaxConsultant#Consultancy
NASA X AQUAPORIN
NASA - National Aeronautics and Space Administration has released a story and video about the groundbreaking science now making its way into space, featuring none other than Aquaporin's cutting-edge technology:
"Results could advance development of a complete and full-scale membrane-based water recovery system, improving water reclamation and reducing the amount of material that needs to be launched to the space station. This water filtration technology also could have applications in extreme environments on Earth, such as military and emergency settings, and for decentralized water systems in remote locations."
Read the full article and watch the video here: https://hubs.ly/Q027wYjr0#aquaporin#nasa#esa#spacetechnology
As June turns to July, two veteran NASA test pilots are enjoying a slightly longer stay at the International Space Station. This delay in returning to earth will allow engineers to fix problems on their Boeing Starliner capsule, problems that arose on their June 5 trip to the orbiting laboratory.
Delayed or not, what is the experience of life like 250 miles above terra firma? Such was the focus of the "Live From Space: NASA Astronauts & Your Work in Orbit" panel at SXSW 2024. In addition to three speakers on-stage in Austin, this session featured a live remote Q&A from NASA astronauts Jeanette Epps and Loral O'Hara.
Watch the video of this session via the SXSW YouTube page:
https://lnkd.in/gd-9R_3p
What excites you most about the various projects in which NASA is currently involved? SpaceX or Blue Origin or someone else -- which of the private space companies has the best vision for the future? How does the addition of new international players change the space game?
Speaking proposals about space exploration are a great fit for the SXSW PanelPicker (often these fit into the "2050" track). Please get your interstellar idea for March March 2025 into this interface before the process closes at the end of the day on Sunday, July 21.
panelpicker.sxsw.com/about#sxsw, #sxsw2024, #sxsw2025, #space, #spaceexploration, NASA - National Aeronautics and Space Administration, #creativity, #innovation, #future, Leah Cheshier, Johnson Space Center, Jeanette Epps, PhD, Kristin Fabre, #NASA, #speaking, #publicspeaking, #speakingopportunities, #PanelPicker, #BoeingStarliner
Elon Musk DESTROYED NASA! Part 2
Part 1 https://buff.ly/4bXyn3F
Especially as we see an increase in commercial space travel, in which wealthy, private astronauts are paying to travel to space simply for the experience, rather than to provide some scientific or other benefit to society, least of all providing benefit to the earth’s ecosystems.
Currently, space agencies (national or otherwise) do not seem very interested in the broader environmental impacts of their activities or the social and moral implications these entail.
We suggest that future planning efforts should include full lifecycle environmental impacts as part of their evaluation.
Many space agencies (e.g. NASA [8], CNSA/Roscosmos [48], and SpaceX [49]) are currently planning programs for human travel to and habitation on the Moon and even Mars [50]. An increase in future missions to the Moon or Mars means an increase in payloads with increased associated propellant use.
In terms of familiar activities, this is equivalent to each space traveller:
- occupying 20-48 seats on a Boeing 747 that never lands, emissions from long-distance travel are around 98 g CO2-eq per passenger-km [36], which assuming an average long-haul flight of 7100 km and flight time of 9.3 hours [47] gives …
Public Affairs at NASA - National Aeronautics and Space Administration
When international teams of astronauts travel to the Moon during #Artemis missions, the Gateway space station will be there to welcome them home. That will be thanks to the tireless work of people like Jon Olansen and the teams that he leads around the world. As a communicator I’m so grateful to partner with leaders like Jon who are eager to help tell these incredible stories. Today that meant a tour for IMAX cameras of a realistic Gateway mock-up that NASA will use for astronaut training. Wow! Read more about Gateway: https://lnkd.in/gVu_Wkpu