NASA and Australia’s ANU are teaming up to push laser communications to the Moon, using a budget-friendly transceiver built from off-the-shelf parts. If successful on Artemis II, the tech could beam 4K video and rich data back to Earth at record speed, proving deep-space lasers are ready for prime time and reshaping how future crews […]



Summary

NASA and ANU are collaborating on a low-cost laser communication transceiver for the Artemis II mission, aiming to revolutionize data transfer from the Moon. Utilizing readily available components, this project seeks to demonstrate the viability of high-speed, deep-space laser communication. If successful, it could transmit 4K video and large datasets back to Earth far faster than traditional radio waves. This demonstration would pave the way for laser technology to become a standard tool for future lunar and deep-space missions, fundamentally changing how astronauts communicate and transmit scientific data.

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