NASA is testing a new radiation-hardened multicore processor designed to enhance the computing capabilities of future space missions. The chip, developed with Microchip Technology Inc., is expected to enable more autonomous spacecraft through robust processing power and AI-focused features.
NASA has awarded contracts to Astrolab and Lunar Outpost to build two autonomous rovers for upcoming lunar missions. The initiative forms part of the agency's strategy to establish a Moon base, with delivery targeted for 2028. The rovers will operate under human and autonomous control, supporting astronauts' mobility in lunar environments.
NASA has introduced a new AI processor capable of processing data 500 times faster than existing spaceborne computers. This advancement is expected to significantly enhance data analysis and autonomy in future space missions.
NASA has introduced a new AI-enabled space chip designed to help spacecraft process information and make decisions independently. The innovation aims to enhance mission capabilities by reducing reliance on Earth-based communication. The advancement demonstrates ongoing progress in applying artificial intelligence to real-world, high-stakes environments.
A powerful artificial intelligence system has identified more than 100 previously unknown exoplanets by analyzing NASA observational data. The findings include several rare and extreme planetary systems, highlighting AI's growing role in astronomical research.
Today's top technology news features developments in artificial intelligence, with a focus on ChatGPT's new safety tool. Meta issues a warning about the spread of spyware targeting its platforms. NASA's Artemis 2 mission also garners attention amid advancements in space AI applications.
NASA's Perseverance Mars rover has successfully completed its first journey planned by onboard artificial intelligence, marking a milestone in autonomous planetary navigation. The system allowed Perseverance to chart its own safe path across complex Martian terrain without step-by-step human commands.
NASA faces a critical decision regarding its next Mars-bound spacecraft, which will be tasked with relaying communications between Mars and Earth. With aging infrastructure and recent losses of key assets, the agency's choice will shape the future of Mars exploration. The article does not mention artificial intelligence as a factor.
NASA is preparing to send astronauts on a mission around the Moon, marking a significant step in renewed lunar exploration efforts. This planned mission is expected to pave the way for future lunar landings and international collaboration.
As aspirations for human travel to Mars move closer to reality, researchers are turning to nuclear thermal propulsion for the leap beyond the Moon. Taylor Hampson's work at MIT, backed by NASA, seeks to solve the engineering hurdles of harnessing nuclear energy to dramatically cut interplanetary travel times.
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