Is the south pole the right place for a lunar base? TheSpaceReview.com article. Pull quote: “” However, the south pole of the Moon still has the rugged terrain and challenging lighting conditions that make landings difficult. At some point, NASA may need to weigh those technical risks with the political risks of seeing a Chinese crew land first.
Cosmic rays could scar the heart, raising risks for Mars-bound astronauts, rat study hints. LiveScience.com article. Pull quote: “The research, published Sept. 30 in the journal PLOS One, found that rats exposed to levels of radiation similar to what an astronaut might experience on a long-term trip to Mars developed more scar tissue around the small blood vessels of their hearts than rats that were not exposed to this radiation. This scar tissue is indicative of a condition known as cardiac fibrosis, which is known to increase the risk of heart failure.”
Starfish Space’s first Otter servicing spacecraft fails. SpaceNews.com article. Pull quote: “Starfish Space continues to operate its Otter Pup 2 spacecraft, launched in June 2025. That spacecraft was originally intended to rendezvous and dock with an ION orbital transfer vehicle from D-Orbit, but that company backed out of those plans. Otter Pup 2 would instead approach ElaraSat MMS-1, a spacecraft built by Australian company Gilmour Space and launched last year.”
NASA telescope reenters Earth’s atmosphere. TheHill.com article. Pull quote: “The Swift Observatory, an aging NASA telescope barely clinging to space after a failed rescue effort, reentered Earth’s atmosphere Wednesday morning over the North Sumatra region of Indonesia at 7:39 a.m. EST, according to the space agency.”
Do we know how many Starship launches SpaceX will need to get NASA astronauts to the moon? Space.com article. Pull quote: “But keep in mind: None of this is set in stone. If SpaceX can't demonstrate that its orbital refueling strategy works, or if it can't pull off an uncrewed lunar landing mission by the end of next year, NASA could still select Blue Origin's Blue Moon lander for Artemis IV — assuming Blue Moon is able to check its required boxes in time.”
James Webb Space Telescope uncovers new clues about the origins of 'interstellar invader' comet 3I/ATLAS. Space.com article. Pull quote: “On the other hand, the results imply that 3I/ATLAS was formed around its star of origin from similar icy material to that which produced some of the TNOs in our solar system, showing that the building blocks of planets around other stars share a common range of properties with the building blocks that formed our solar system. Indeed, 3I/ATLAS could even be a fragment of a TNO-like body that was shattered in a collision.”
