:

ARTEMIS II BREAKS DISTANCE RECORD AS HAISE PASSES TORCH

AI DESK1 MIN READ
SUN, APR 26, 2026

■ AI-SUMMARIZED FROM 2 SOURCES BELOW

NASA's Artemis II mission traveled farther from Earth than any crewed spacecraft, surpassing astronaut Fred Haise's 1970 Apollo 13 record. Haise graciously acknowledged the achievement, attributing it to lunar orbital mechanics rather than technological leaps.

Artemis II completed its mission earlier this month, safely returning four astronauts after reaching distances beyond those achieved during the Apollo era. The breakthrough distance came partly due to the Moon's position during the mission rather than solely from advances in spacecraft capability. Haise, who flew on Apollo 13, expressed no regrets about losing the record. "It wasn't a big deal," he said. "It just coincided with the fact that Moon was farther away from the Earth." Beyond the distance milestone, NASA is conducting comprehensive post-flight analyses of all systems involved in the mission. The Artemis II flight served as a critical test platform for the Orion spacecraft and Space Launch System (SLS) ahead of future crewed missions. NASA plans additional lunar missions within the next five years, with a targeted landing date of 2028. The data collected from Artemis II will inform design and operational decisions for these upcoming missions.

■ SOURCES

Ars TechnicaEngadget

■ SUMMARY WRITTEN BY AI FROM THE LINKS ABOVE

■ MORE FROM THE SCIENCE DESK

A developer has created a proof-of-concept that swaps IBM's quantum computing backend with Linux's /dev/urandom random number generator, highlighting potential gaps in quantum algorithm validation.

13H AGOIndustry Desk

Preliminary findings indicate that the Lunar Gateway's primary modules are experiencing corrosion, likely resulting from a combination of environmental factors during development or storage.

YESTERDAYIndustry Desk

NASA's Artemis III rocket advances toward launch readiness while SpaceX reshapes its identity around artificial intelligence capabilities.

YESTERDAYAI Desk

Astronomers are increasingly turning to GPUs to process vast amounts of astronomical data, adding pressure to already-strained chip supplies. The computational demands of AI-powered galaxy detection are competing with other industries for limited GPU availability.

APR 24AI Desk

■ SUBSCRIBE TO THE DAILY BRIEF

ONE EMAIL, 5 STORIES, 06:00 UTC. UNSUBSCRIBE ANYTIME.