
Blue Ghost lander captured a solar eclipse while on the moon. See the stunning imagery here
The Blue Ghost lunar lander, which has been on the moon since the spacecraft's successful touchdown on March 2, captured images of the sun, Earth and moon lined up at around 4:30 a.m. ET, the private Texas-based company Firefly Aerospace announced Friday.
The lander captured what is known as the 'diamond ring' effect, which is when light from the sun peeks through right before totality — in this case when the Earth fully blocked the sun — and after.
Firefly Aerospace also shared footage made up of several images stitched together that the lander had rapidly captured during the solar eclipse. These images show the spacecraft taking on a deep red hue as the sunlight is refracted through the Earth's atmosphere, resulting in a shadow cast on the lunar surface.
'Firefly's Blue Ghost lunar lander had the rare opportunity to operate on the Moon and capture the first (high-definition) imagery of a total solar eclipse on March 14,' Will Coogan, Blue Ghost's chief engineer, said in a email. 'This is the first time in history a commercial company has ever been operational during an eclipse on the Moon, and we're incredibly proud of the imagery we've downlinked so far.'
The images came in after the lander's X-band antenna — the device used to beam data and images back from the vehicle — warmed up after facing cold temperatures during the darkness caused by totality, Firefly Aerospace posted on X.
'Operating for nearly 5 hours of darkness during a total eclipse is as challenging as operating during the lunar night — temperatures on the Moon can quickly drop below -100°C (minus 148 degrees Fahrenheit) and there's no sunlight to provide power, so the lander was solely running on battery power,' Coogan said in an email. 'But this team continues to raise the bar and make achievements that are incredibly difficult look easy.'
A spacecraft has captured an eclipse while on the moon's surface only one other time. In 1967, NASA's Surveyor 3 lander, which had been sent to gather data in preparation for the Apollo missions, captured a series of images that documented the first view of an eclipse from another celestial body.
Related gallery
In pictures: March blood moon lights up the sky
The Blue Ghost lander has been documenting its journey through space since it left Earth on January 15, sharing breathtaking imagery of the moon and Earth. Next up, Firefly looks to capture the lunar sunset on Sunday.
During lunar sunsets, a mysterious phenomenon occurs when the moon's horizon glows, which is believed to be caused by sunlight scattering through floating electrostatic particles, according to NASA.
Firefly CEO Jason Kim has told CNN that he is looking forward to verifying this event.
'There's a phenomenon called the lunar horizon glow that only the Apollo 15 and 17 astronauts have seen with their eyes,' Kim said. 'We're going to be able to capture that in 4K-by-4K high-definition video and share that with the rest of the world.'
Besides sharing the imagery, Blue Ghost has 10 NASA science and technology instruments aboard as part of the space agency's Commercial Lunar Payload Services, or CLPS, initiative.
CLPS is part of NASA's broader Artemis program, which aims to land astronauts on the moon for the first time in more than 50 years. The instruments are currently working to collect data primarily on the moon's subsurface, such as lunar dust and regolith, the loose rocks and mineral fragments that cover the lunar surface.
Shortly after the sunset, the lander will continue to operate for several hours during the lunar nighttime before the period of darkness and cold temperatures are expected to cause the spacecraft to cease operations.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Newsweek
16 minutes ago
- Newsweek
Bus-Sized Asteroid Approaching Earth, NASA Reports
Based on facts, either observed and verified firsthand by the reporter, or reported and verified from knowledgeable sources. Newsweek AI is in beta. Translations may contain inaccuracies—please refer to the original content. NASA is monitoring a bus-sized asteroid that set to zip past the Earth at some 15,200 miles per hour. The asteroid—"2025 PY1"— will make its closest approach at just 183,000 miles from our planet, according to the space agency's Jet Propulsion Laboratory (JPL). The space rock is estimated to be somewhere between 25–55 feet in diameter, according to the JPL's Center for Near-Earth Object Studies (CNEOS). 2025 PY1 is not the only asteroid that will be in the vicinity of our planet today; NASA is also tracking a plane-sized asteroid known as "2025 PB2," which is around 99 feet in diameter, as well as a house-sized one called "2025 QC," which is about 61 feet in diameter. 2025 PB2 is due to make its closest approach at around 1.34 million miles from the Earth, while 2025 QC will only get to within 3.47 million miles from our planet. An illustration of an asteroid floating near Earth in space, with an inset stock image of a yellow school bus. An illustration of an asteroid floating near Earth in space, with an inset stock image of a yellow school bus. Getty Asteroids are small, rocky masses left over from the formation of the solar system around 4.6 billion years ago. They are found concentrated in the main asteroid belt, orbiting around the sun between the paths of Mars and Jupiter. Those asteroids with orbits that bring them within 120 million miles of the sun are calssified as near-Earth objects (NEOs). Most NEOs range in size from around 10 feet to almost 25 miles across. Back in February, CNEOS data showed that one asteroid—"2024 YR4"—had a 3.1 percent chance of impacting Earth in 2032. This was "the highest impact probability NASA has ever recorded for an object of this size or larger," the space agency noted at the time. Following more observations, NASA concluded in June that "the object poses no significant impact risk to Earth in 2032 and beyond"—but the same might not be said for the moon. "The asteroid's probability of impacting the Moon has slightly increased from 3.8 percent to 4.3 percent," the space agency has said, explaining that "in the small chance that the asteroid were to impact, it would not alter the Moon's orbit." According to NASA, "Asteroid 2024 YR4 is now too far away to observe with either space or ground-based telescopes. NASA expects to make further observations when the asteroid's orbit around the Sun brings it back into the vicinity of Earth in 2028." "The majority of near-Earth objects have orbits that don't bring them very close to Earth, and therefore pose no risk of impact," NASA notes. Potentially Hazardous Asteroids However, a small portion of them, known as potentially hazardous asteroids (PHAs), do require closer observation. Measuring more than around 460 feet in size, PHAs have orbits that bring them as close as within 4.6 million miles of the Earth's orbit around the sun. Despite the number of PHAs out in our solar system, none are likely to hit Earth any time soon. "The 'potentially hazardous' designation simply means over many centuries and millennia the asteroid's orbit may evolve into one that has a chance of impacting Earth. We do not assess these long-term, many-century possibilities of impact," CNEOS manager Paul Chodas previously told Newsweek. Do you have a tip on a science story that Newsweek should be covering? Do you have a question about asteroids? Let us know via science@
Yahoo
35 minutes ago
- Yahoo
Earth's Continents Are Drying Out at an Unprecedented Rate, Study Warns
All over the world, fresh water is disappearing, and a new analysis reveals that much of it is entering the ocean, with drying continents now contributing more to the alarming rise in global sea levels than melting ice sheets. The research team, led by Earth system scientist Hrishikesh Chandanpurkar from FLAME University in India, says that urgent action is required to prepare for much drier times ahead, thanks to climate change and human groundwater depletion. Using more than two decades of satellite observations from NASA's Gravity Recovery and Climate Experiment and its follow-on mission, the researchers created a picture of how terrestrial water storage has changed since 2002, and why. Related: Our Atmosphere's Growing Thirst Is a Hidden Cause of Worsening Droughts "We find that the continents (all land excluding Greenland and Antarctica) have undergone unprecedented rates of drying and that the continental areas experiencing drying are increasing by about twice the size of the state of California each year," the authors write. Humans have majorly disrupted Earth's water cycle by emitting greenhouse gases that change our atmosphere, and diverting waterways and rainfall catchments. Although 'wet' areas have been getting wetter, and 'dry' areas have been getting drier, these shifts aren't keeping step. "Dry areas are drying at a faster rate than wet areas are wetting," the team writes. "At the same time, the area experiencing drying has increased, while the area experiencing wetting has decreased." This means terrestrial water is, on the whole, diminishing, with devastating effects worldwide. That includes freshwater sources on the surface, like lakes and rivers, and also groundwater stored in aquifers deep below Earth's surface. The majority of the human population – 75 percent of us – live in the 101 countries where fresh water is being lost at increasing rates. Where has it all gone? The ocean, mostly. Enough fresh water is being displaced from the continents that it is now contributing more to sea level rise than ice sheets. This net shift towards continental drying is driven largely by terrestrial water loss in high-latitude areas like Canada and Russia (regions we don't usually think of as 'dry'), which the authors suspect is due to the melting ice and permafrost in these regions. In continents without glaciers, 68 percent of the loss of terrestrial water supply can be attributed to human groundwater depletion. Recent and unprecedented extreme droughts in Central America and Europe have also played a part, and events like these are only expected to become more frequent and severe with the climate crisis. As our growing fossil fuel emissions alter the patterns of rainfall that we once relied on, people are turning in desperation to groundwater, which is putting further pressure on these water sources, which are not being replenished at the rate they are drained. On many continents, overuse of groundwater could be traced to dry agricultural regions that rely on this water source to irrigate crops: for instance, California's Central Valley, which produces 70 percent of the world's almonds, and cotton production near the now totally-dry Aral Sea in Central Asia. "At present, overpumping groundwater is the largest contributor to rates of terrestrial water storage decline in drying regions, significantly amplifying the impacts of increasing temperature, aridification, and extreme drought events," the authors write. "Protecting the world's groundwater supply is paramount in a warming world and on continents that we now know are drying." They hope regional, national, and international efforts to develop sustainable uses of groundwater can help preserve this precious resource for many years to come. "While efforts to slow climate change may be sputtering, there is no reason why efforts to slow rates of continental drying should do the same," the team writes. This research was published in Science Advances. Related News The Dead Sea's 'Salt Giants' Reveal Deep Secrets About Earth's Past Plastic's Impact on Health Costs $1.5 Trillion Every Year, Report Warns A Nuclear Winter Could Destroy Much of The World's Food Supply Solve the daily Crossword
Yahoo
43 minutes ago
- Yahoo
Maxwell Biosciences Marks Scientist Appreciation Day With Renewed Call to Recognize Scientists
Company holiday celebrates scientific impact and invites underrecognized researchers to connect Austin, Texas--(Newsfile Corp. - August 18, 2025) - Maxwell Biosciences, a global health technology company pioneering a new category of immune-inspired small molecules called Claromers™, today celebrates Scientist Appreciation Day, an official company holiday that honors the essential contributions of scientists. The observance is a call to give scientists greater visibility and broader recognition of their work at a time when scientific research faces growing challenges in visibility, funding and public support. To view an enhanced version of this graphic, please visit: Scientist Appreciation Day is celebrated annually by Maxwell's team. This year, the company is sharing its message more broadly to recognize the impact of people behind global scientific progress and to invite scientists working on complex or overlooked problems to reach out and connect. Moving forward, Maxwell's observance of Scientist Appreciation Day will take place on the third Friday in August. "At Maxwell, we believe scientists are heroes— almost like wizards working to improve the human experience while exploring the inner cosmos," said Scotch McClure, founder, CEO and chairman of Maxwell Biosciences. "Their work forms the backbone of human advancement, yet many receive little recognition. If you're an underfunded scientist with real vision— we see you. If you're a brilliant scientist with incredible discoveries awaiting the world's attention, reach out. We're inviting you." In an era when researchers are expected to do more with less— often behind the scenes— Maxwell is making its appreciation public. The company invites researchers across fields such as biotechnology, medical sciences, materials science, immunology and AI-driven drug discovery to contribute to a shared vision to create health for the world, safely and affordably. About Maxwell BiosciencesMaxwell Biosciences is an AI-driven global health technology company pioneering a new category of immune-inspired small molecules called Claromers. Designed to mimic the body's natural defenses, Claromers destroy pathogenic bacteria, viruses, fungi and biofilms— without harming healthy cells or the microbiome. Originally developed for critical infectious diseases, Maxwell's technology is now entering commercial deployment across cosmetics, personal care, medical coatings and livestock health. Claromers require no refrigeration and are highly stable in even the harshest environments. Backed by a decade of research, a robust patent portfolio and leadership with deep expertise in science, military, AI and global health, Maxwell has active partnerships with the US military and governments worldwide. FDA clinical trials are planned for 2026. Non-pharmaceutical commercialization begins in 2025, with pilot access with select partners already underway. Maxwell's AI-first platform enables rapid innovation against the rising threat of resistant pathogens, offering scalable, shelf-stable and microbiome-resilient solutions for a healthier planet. To learn more about Maxwell Biosciences, visit or follow us on X and LinkedIn. Contacts Mediapress@ To view the source version of this press release, please visit Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data