It’s time for Artemis II to break Apollo 13’s distance record: What to know about the moon flybyBy Associated Press 04/05/2026 10:33 AM EDT
This photo shows the exterior of the Orion spacecraft Integrity during the Artemis II mission en route to the moon April 3, 2026. | NASA via AP(...) Their roughly six-hour lunar flyby promises views of the moon’s far side that were too dark or too difficult to see by the 24 Apollo astronauts who preceded them. A total solar eclipse also awaits them as the moon blocks the sun, exposing snippets of shimmering corona. (...)
(...) Commander Jim Lovell, Fred Haise and Jack Swigert reached a maximum 248,655 miles (
400,171 kilometers) from Earth before making their life-saving U-turn on Apollo 13. (...)
Because they launched on April 1, the rendezvous won’t have as much of the far lunar side illuminated as other dates would have. But the crew still will be able make out “definite chunks of the far side that have never been seen” by humans, said NASA geologist Kelsey Young, including a good portion of
Orientale Basin. (...)
The upside of the April 1 launch is a total solar eclipse. The eclipse won’t be visible from Earth — only from the Orion capsule — treating the astronauts to several minutes’ worth of views of the sun’s outermost, radiating atmosphere, the corona. (...)
During the flight back, the astronauts will link up via radio with the crew of the orbiting International Space Station. This is the first time that a moon crew has colleagues in space at the same time and NASA can’t pass up the opportunity for a cosmic chitchat. The conversation will include both members of the first all-female spacewalk in 2019: Koch aboard Orion and
Jessica Meir, on the station.
https://www.politico.com/news/2026/04/05/its-time-for-artemis-ii-to-break-apollo-13s-distance-record-what-to-know-about-the-moon-flyby-00859271Artemis's stunning Moon pictures - science or holiday photos?Apr 5, 2026 Georgina Rannard Science reporter
(...) I asked Chris Lintott, Professor of Astrophysics at the University of Oxford and co-host of BBC's series The Sky at Night for his opinion.
"The value of the images coming back from Artemis and its crew is artistic, not scientific," he said.
He explained that since the Apollo program in the 1960s and 1970s, robotic explorers have mapped the far side of the Moon.
In 2023, India sent the probe Chandrayaan-3 and captured detailed images of the same terrain. (...)
https://www.bbc.com/news/articles/clye6j0g840oGorący temat, chociaż schłodzony nieco.
Artemis II's last test: Will its heat shield work?BySwapna Krishna Published April 9, 2026
(...) But unlike Camarda, he was convinced by NASA’s conclusions. While Olivas agrees Camarda is “100 percent accurate” in pointing out that NASA doesn’t have a complete physics picture of what happened on Artemis I—as they cannot completely recreate the conditions of reentry on Earth—he was won over by the agency’s worst-case scenario simulation.
If an entire block of Avcoat popped off the spacecraft, heat would penetrate deeper into the craft, and closer to the crew compartment, tempting catastrophe. But even if that damage occurred, Orion’s backshell, made of carbon fiber, would not fail, according to NASA’s analysis. The crew would return safely, even in that worst-case scenario. During his review, Olivas also felt assured by NASA’s transparency. “I was basically given carte blanche to go anywhere I wanted to, and see anything I wanted to, and actually have independent tests done on my behalf. And I exercised all of those,” he said. (...)
https://www.nationalgeographic.com/science/article/artemis-ii-heat-shield-nasa13 minut ma zająć zejście ze 120 km do wodowania.
'Riding a fireball through atmosphere': How Artemis II astronauts will return to EarthBy Anna Desmarais Published on 09/04/2026 - 17:56 GMT+2
(...)
About 20 minutes before re-entry, the service module that supported and powered the crew during the mission will separate from Orion. It will eventually burn up in the atmosphere before coming down to Earth on its own. (...)
Only 24 seconds after entering the Earth’s atmosphere, Orion will hit a "blackout," when plasma builds up around the spacecraft, which will cut the communications between the astronauts and NASA control for about six minutes.
Orion has the world’s largest heat shield on its body, which will protect the astronauts from the extreme heat and plasma.
After the
six-minute blackout is over, Orion will be at an altitude of 150,000 feet (45,720 metres), travelling at a "very quick" speed towards the landing site, so the next focus will be on deploying parachutes, Henfling said. (...)
Two small drogue parachutes — designed for deployment from a rapidly moving object — that are seven metres in diameter will unfurl at an altitude of 25,000 feet (7,620 metres) to slow Orion down to 494 km/h.
Three larger parachutes will slow Orion down even further to 38 km/h, the speed it will maintain to splash down into the Pacific Ocean. (...)
"We expect to recover the crew and deliver them to the medical bay within two hours of splashdown," Villarreal said. "We had a very successful recovery […] during the Artemis I mission, and we feel confident during our testing and training […] Artemis II will be just as successful." (...)
https://www.euronews.com/next/2026/04/09/riding-a-fireball-through-atmosphere-how-artemis-ii-astronauts-will-return-to-earthOrgan Chips: Avatars for Human Health(...) To make the bone marrow chips,
Artemis II astronauts will first donate platelets to a local healthcare system. The cells remaining from their samples will contain a small percentage of bone marrow-derived stem and progenitor cells.
After researchers purify these live cells, they will place them in the bone marrow chips next to blood vessel cells and other supporting cells. This will enable scientists to model the structure and function of the bone marrow “passengers.”
Organ chips have been used on Earth and in space to study many other human organs and tissues, including the brain, liver, heart, lung, and many more. T
his is the first time personalized organ chips, matched to the astronaut crew, will be flying beyond low Earth orbit.https://science.nasa.gov/biological-physical/organ-chips-avatars-for-human-health/