NASA proposes final extension of ISS cargo contracts
Sunday, 05 March 2023 20:15
NASA is proposing extending three existing contracts to transport cargo to and from the International Space Station through the anticipated end of the station in 2030, rather than recompete them.
Sols 3759-3761: More Analyses of the Tapo Caparo Drill Sample
Sunday, 05 March 2023 04:50
Sol 3756: Sit back and wait for the data to roll in
Sunday, 05 March 2023 04:50
University Teams forge forward in NASA Moon metal production challenge
Sunday, 05 March 2023 04:50
Solid-gas carbonate formation during dust events on Mars
Sunday, 05 March 2023 04:50
First ever Canadian lunar rover will hunt for water ice on the moon
Sunday, 05 March 2023 04:50
Hansel and Gretel's breadcrumb trick inspires robotic exploration of caves on Mars and beyond
Sunday, 05 March 2023 04:50
What we learned from the asteroid-smashing DART mission
Sunday, 05 March 2023 04:50
Ozone-measuring Instrument on NOAA-21 Satellite Captures its First Images
Sunday, 05 March 2023 04:50
Humanity's quest to discover the origins of life in the universe
Sunday, 05 March 2023 04:50
The outburst of a neutron star reveals the nature of phenomena only observed in black holes
Sunday, 05 March 2023 04:50
Dark matter halos: the key to understanding galaxies
Sunday, 05 March 2023 04:50
Major collaboration reveals new insights on binary star systems
Sunday, 05 March 2023 04:50
NASA and Roscosmos planning to add mission to seat barter agreement
Sunday, 05 March 2023 00:07
NASA is working with the Russian government to update an agreement to allow Russian cosmonauts to fly on the next two SpaceX crew rotation missions to the International Space Station.
New results from NASA's DART planetary defense mission confirm we could deflect deadly asteroids
Saturday, 04 March 2023 14:20
What would we do if we spotted a hazardous asteroid on a collision course with Earth? Could we deflect it safely to prevent the impact?
Last year, NASA's Double Asteroid Redirection Test (DART) mission tried to find out whether a "kinetic impactor" could do the job: smashing a 600kg spacecraft the size of a fridge into an asteroid the size of an Aussie Rules football field.
Early results from this first real-world test of our potential planetary defense systems looked promising. However, it's only now that the first scientific results are being published: five papers in Nature have recreated the impact, and analyzed how it changed the asteroid's momentum and orbit, while twostudies investigate the debris knocked off by the impact.
The conclusion: "kinetic impactor technology is a viable technique to potentially defend Earth if necessary".