Science
NASA’s Artemis II Is the First Crewed Moon Mission Since 1972. Why Are We Going Back?
An animated 3-D model of the moon, shown on a black background.
A 3-D model of the moon with the near side in view. It reads: This is the side of the moon we see from Earth
In the first era of moon exploration, NASA and the Soviet Union focused on the near side of the moon, where there was direct radio communication with Earth.
A 3-D model of the moon with the near side in view and circles for landing and crash sites, including Luna 9, 1966 (U.S.S.R.) and Apollo 11 and Apollo 12 (both in 1969, U.S.A).
Today, NASA and other space agencies, like those of China and India, are intrigued by the far side of the moon, which is out of view from Earth…
A 3-D model of the moon with the far side in view and circles for landing and crash sites, including Chang’e 4, 2019 (China) and Chang’e 6, 2024 (China).
…as well as the polar regions.
A 3-D model of the moon with the south pole in view and circles for landing and crash sites, including the same Chang’e missions and also Chandrayaan-3, 2023 (India).
A new lunar race is now underway: The United States wants to land humans back on the moon by 2028, two years ahead of China. But the motivations are somewhat different from what put men on its surface 50 years ago.
There is water at the moon’s poles, frozen in the eternal shadows within craters.
Water molecules can be broken apart into hydrogen and oxygen. If countries set up moon bases there, the oxygen could provide breathable air, and hydrogen and oxygen could be used as rocket propellants. Astronauts could also get their drinking water from the moon’s ice. NASA has identified potential landing sites in this area, and China wants to build outposts around the moon’s south pole.
For scientists, the water and other chemicals trapped in the shadowed regions could provide a record of comet and asteroid impacts. Cores drilled from the crater floors could provide a history of the solar system stretching back 4.5 billion years, similar to how ice cores extracted from Greenland and Antarctica tell of Earth’s climate over the past few thousand years.
Helium-3 could be mined from the lunar soil.
Helium-3, a lighter version of helium, with only one neutron in its nucleus instead of two, is exceedingly rare on Earth. It costs about $9 million a pound, and the biggest source is decayed tritium, a heavy form of hydrogen found in nuclear weapons stockpiles.
The moon could provide much more. The fusion reactions that light up the sun produce helium-3, some of which is propelled throughout the solar system as part of the solar wind that blows outward from the sun. Some of those atoms slam into the moon and become embedded in the lunar soil.
Titanium-rich minerals are more likely to trap helium-3. The rocks on the near side of the moon contain more of these minerals and those locations are believed to be most promising for the mining of helium-3.
Although concentrations are low, they are still higher than on Earth, whose magnetic field deflects the solar wind around the planet.
Decades in the future, helium-3 could be an ideal fuel for fusion power plants. A more immediate use could be for ultracold refrigerator systems needed for quantum computing.
Animated 3-D model of the moon that shows higher concentrations of helium-3 on the near side of the moon.
A lunar telescope could be installed in a crater on the far side of the moon.
Over the past century, the Earth has become a noisy place for astronomers wishing to listen to the radio waves that fill the universe. Those waves emanate from glowing gas clouds of hydrogen, auroras of distant planets and fast-spinning neutron stars. But those signals are often drowned out by ubiquitous transmissions of modern society like radio and television shows, cellphone calls and industrial electrical equipment.
The Earth’s ionosphere also blocks long-wavelength radio waves, which would give clues about the very early universe, from reaching ground-based radio telescopes. But on the far side of the moon, all that radio noise from Earth is silenced, unable to pass through 2,000 miles of rock. And the long-wavelength radio waves could also be observed.
Building a radio telescope in a crater on the moon would take advantage of that natural concave shape. A location near the equator in the middle of the far side could be an ideal listening spot.
After years of talking about lunar outposts in vague terms for sometime in the indefinite future, NASA recently shifted, putting a continuing U.S. presence on the moon solidly on its road map for the coming decade.
Plans for a moon base would proceed in phases. It would go from regular moon visits to building permanent infrastructure; power and communication systems; vehicles to carry astronauts and cargo across the surface; and possibly nuclear power plants.
Methodology
The 3-D model’s base imagery is from NASA’s Moon CGI kit. Data on lunar landing and crash sites was gathered and verified using multiple sources: NASA Space Science Data Coordinated Archive; China National Space Administration; Japanese Space Agency; European Space Agency; Indian Space Research Organization; and the Smithsonian Institution.
To create the time-lapse animation showing the moon’s permanently shadowed areas at the south pole in January 2026, New York Times journalists used a digital elevation model from the Lunar Orbiter Laser Altimeter (LOLA), data from LOLA’s Gridded Data Records (GDRs) and ephemeris sourced from the U.S. Geological Service (USGS) Astropedia.
Frozen water detections were provided by Shuai Li from the University of Hawaii.
Lunar landing sites for future Artemis missions at the South Pole are from NASA’s update from October 2024.
Helium-3 concentration data was provided by Wenzhe Fa from Peking University, China.
Diagrams of the lunar radio telescope deployment and radio interference are based on NASA Jet Propulsion Laboratory’s concepts.
This project also used geographic references from the USGS Geologic Atlas of the Moon and the Lunar South Pole Atlas by the Lunar and Planetary Institute.
Science
NASA Releases Photos of Far Side of the Moon From Artemis II Astronauts
New shades of brown and green in the rings of impact craters. Rugged terrain and long shadows along their rims. Earth rising over the moon’s horizon and the glow of lofted dust.
These are observations the Artemis II astronauts made during their lunar flyby on April 6. While passing by the far side of the moon, they saw parts never observed with human eyes before.
The astronauts were able to catch a full view of the Mare Orientale, a dark, ringed 600-mile wide crater that straddles the near and the far sides of the moon. Human eyes had never seen the whole basin before. (The Apollo missions were timed so that the landings occurred as the crater was hidden in darkness.)
Everything to the left of the crater is the far side, the hemisphere we don’t get to see from Earth because the moon rotates on its axis at the same rate that it orbits around us.
Astronauts looked at the dark smooth plains on its concentric impact rings, noting that there was more brown near the center of the multi-ring crater. To the naked eye, the basin looked like a plain or a plateau, but through the camera lens the Artemis II crew members were able to distinguish colors from shadows.
This is a close-up view of the Vavilov crater on the rim of the larger and older Hertzsprung crater. Astronauts looked at terrain changes: smooth inside the inner rings of the crater and rugged around the rim.
Some 24 minutes into the flyby, the Artemis II crew began observing the South Pole-Aitken basin, seen in the photo below with the terminator line separating the sunlit side from the dark side.
With an immense width of about 1,600 miles, it is the largest known impact crater in the solar system. These observations will help scientists find clues to the moon’s geological history.
After Artemis II swung around the far side, the astronauts experienced a 53-minute solar eclipse.
They were able to observe the solar corona and get glimpses of a bright Venus, a reddish Mars far in the distance and a Saturn with hints of orange.
The crew described the corona as similar to “baby hair” as the sun’s light intensified.
Then, Earth came into view over the moon’s edge, an event described as Earthrise when humans first saw it in 1968.
Photos taken by Reid Wiseman, Victor Glover, Christina Koch and Jeremy Hansen from the Orion capsule on April 6 and provided by NASA. Time annotations are based on audio comments during NASA’s live transmission of the mission.
Science
Chicago Bears Pro Bowler Steve McMichael diagnosed with CTE a year after ALS death
Hall of Fame defensive tackle Steve McMichael, a key member of the Super Bowl XX champion Chicago Bears, has been diagnosed posthumously with Stage 3 chronic traumatic encephalopathy, the Concussion & CTE Foundation said Tuesday.
McMichael died April 23, 2025, after a five-year battle with ALS, also known as Lou Gehrig’s disease. He was 67.
“By sharing Steve’s diagnosis, we want to raise awareness of the clear connection between CTE and ALS,” McMichael’s wife Misty said in a statement released by the Concussion & CTE Foundation.
“Too many NFL players are developing ALS during life and diagnosed with CTE after death. I donated Steve’s brain to inspire new research into the link between them.”
ALS — amyotrophic lateral sclerosis — is a neurological disorder that destroys motor neurons. CTE is a degenerative brain disease that has been found in people exposed to repetitive head trauma; it can be diagnosed only after death.
McMichael’s CTE diagnosis was made by researchers at the Boston University CTE Center, which has found that several other former NFL players suffered from both ALS and CTE. According to the center’s director, neurologist Dr. Ann McKee, about 6% of people with CTE also have ALS.
“There is strong evidence linking repetitive brain trauma and ALS,” McKee said.
Michael kept up with the research, according to the Concussion & CTE Foundation, and pledged to donate his brain to be studied after his death.
“Steve McMichael was known for his strength, toughness, and larger-than-life presence,” said Dr. Chris Nowinski, co-founder and chief executive of the Concussion & CTE Foundation, “but his final act was to give a piece of himself back to the sports community so we might have a chance to save ourselves.”
McMichael spent 13 of his 15 NFL seasons in Chicago, earning Pro Bowl honors in 1986 and 1987. He set a Bears record playing in 191 consecutive games from 1981 to 1993 and is second on the team’s all-time sacks list with 92.5 (he had 95 total in his career).
After football, McMichael spent several years as a professional wrestler with World Championship Wrestling.
Bedridden in the advanced stages of ALS, McMichael was inducted into the Pro Football Hall of Fame in a ceremony from his Homer Glen, Ill., home in 2024.
The Associated Press contributed to this report.
Science
Video: Artemis II Completes Historic Journey Around the Moon
new video loaded: Artemis II Completes Historic Journey Around the Moon
transcript
transcript
Artemis II Completes Historic Journey Around the Moon
NASA’s Artemis II crew received a call from President Trump, who congratulated them for the successful lunar flyby.
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“Today you’ve made history and made all America really proud, incredibly proud. Well, I look forward to seeing you in the Oval Office. And I’ll ask for your autograph, because I don’t really ask for autographs much, but you deserve that. You really are something. Everybody is talking about this.” “Orion has come back around the other side of the moon. And that little crescent that you see is Earth, over 252,000 miles away.” “And it is so great to hear from Earth again. To Asia, Africa and Oceania, we are looking back at you. “We are Earth bound and ready to bring you home.” “We’ve got to explore. We got to go further, to expand our knowledge, expand our horizons.” “I’m not ready to go home. I can’t believe that something this cramped of quarters, can fly by and still be fun every single minute.
By Nailah Morgan
April 7, 2026
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