I’ve been far too busy this week to come up with a reasonable article to review and post. So, for something fun on Friday, here are some awesome classic NASA concept art pieces. Isn’t it crazy how amazing space concept art used to be?
In a recent sit-down with NewsNation’s Blake Burman, NASA Administrator Jared Isaacman struck a tone that should make any of us who’ve spent late nights staring at the night sky feel a little less alone in our conviction. He was asked point-blank whether he thinks any of the UAP footage out there could be extraterrestrial, and his answer was a resounding “be open-minded.” He even compared the current wave of sightings to a potential Sputnik Moment, which is that jolt of realization that we’re not the only ones building things up there. His parting line was the one that stuck with me: “If it’s aliens, I think NASA should have a seat at the table in this, for sure.” For an agency chief to frame the question that way, rather than dismiss it, is genuinely refreshing.
Where Isaacman hedges a bit is in his lean toward more prosaic explanations such as natural phenomena or next-gen stealth tech being tested near military ranges. That’s the cautious, “let the data speak” scientist in him talking, and fair enough. But it’s worth noting he’s also confirmed that NASA has captured imagery of objects the agency still can’t explain, and that the agency has been actively participating in the Trump administration’s PURSUE declassification effort. So while he won’t jump to the “aliens” conclusion just yet, he’s absolutely not closing the door. For those of us who’ve been telling people for decades that the answer is out there, even a measured “I lean this way but I’m not ruling anything out” from the head of NASA is a win.
The paragraph that really got me was the closer. Isaacman pointed out that right here in our own backyard including Enceladus with its subsurface ocean, Europa with its complex chemistry, so we can’t even rule out life. Then he zoomed out: billions of stars in the Milky Way, two trillion other galaxies beyond that. “It’s why NASA’s mission is so important,” he said. I think that’s the right framing. Whether the UAP files ultimately point to classified tech or something far stranger, the underlying question: Are we alone?“, is the one that makes all of this matter. And it’s a good sign that the person running the agency that’s best positioned to answer it is treating that question with the seriousness it deserves.
Phobos, the inner moon of Mars, remains one of the Solar System’s more stubborn puzzles. Only about 22 kilometers across and racing around the planet every 7 hours and 39 minutes, it could be either a captured asteroid or the leftover debris from a giant impact that once struck the Red Planet. Researchers now argue that the answer may lie inside the moon itself; specifically beneath Stickney, the 9-kilometer crater that dominates one face of Phobos.
Stickney is more than a scar. If Phobos formed from Martian impact debris, the crater may date to roughly 4.2 billion years ago; if the moon was captured, the impact could be closer to 2.6 billion years old. Modeling presented at the European Geosciences Union and published in the Monthly Notices of the Royal Astronomical Society suggests the collision may have melted and compressed rock beneath the crater floor, leaving a denser mass that would slightly alter Phobos’s gravity field, moments of inertia, and tiny wobble, or libration. Detecting that signature would constrain how mass is arranged inside the moon.
That interior is thought to be porous, possibly ice-bearing, and loosely bound; more like a rubble-pile asteroid than a solid rock. Such a “sponge-like” structure might explain how so small a body survived an impact that ought to have shattered it. Reconciling Phobos’s irregular shape, low density, spectral properties, and decaying orbit in a single geophysical model remains difficult, because the moon sits so close to Mars that the planet’s gravity overwhelms Phobos’s own weak field.
Time is limited. Phobos is slowly spiraling inward and will eventually break apart or strike Mars. Japan’s Martian Moons Exploration (MMX) mission, targeted for launch later in 2026, is designed to fly in a challenging quasi-orbit around the moon, collect surface samples with a core drill and a NASA-contributed pneumatic sampler, and return them to Earth by about 2031. Those measurements and rocks should finally show whether Stickney hides the compressed fingerprint of Phobos’s origin.
Read More: https://www.sciencedaily.com/releases/2026/09/260919031040.htm
Today is International Observe the Moon Day, which is a project that began in 2010 to bring people together to learn more about our planet’s natural satellite. Since the program began in 2010, people around the world have participated through lunar observations, hands-on activities, artwork, music, and more.
NASA keeps a collection of events on their website and there are many amateur astronomy clubs across the world that are always ready to jump at an opportunity to show off their telescopes, so be sure to look them up!
Find out more on NASA’s website: https://science.nasa.gov/moon/observe-the-moon-night/
I’m a bit late getting to post tonight, but here we go!
NASA’s Nancy Grace Roman Space Telescope, which I will henceforth refer to simply as the Roman Space Telescope, is quite an enigma as far as government space observatories go. Especially at a time when much of what the public knows as an example of a large-scale telescope is the long-delayed, long over-budget, but eventually launched James Webb Space Telescope (JWST). In the case of Roman, its design was refined over the years and it actually was delivered to NASA at almost 1,000kg lighter than originally intended.
That lighter design allowed NASA to put additional fuel into the telescope to boost its potential mission length. Then, things got good! When the engine made its burn to enter the L2 Lagrange point, the burn was 90% more efficient than expected; only burning 18 kg of the 200 kg engineers expected.
With all of that in mind, Roman now has enough fuel on board to potentially conduct science operations for 22 years! The potential boost to the mission’s lifespan really speaks to the engineering prowess and technical expertise of all the teams involved with this project. Personally, I’m excited to see what new mysteries Roman opens up for us!
Read the full article: https://www.space.com/astronomy/22-years-of-science-nasas-roman-space-telescope-doubles-its-lifetime-with-super-precise-engine-burn
In 1979, Captain James T. Kirk and the crew of the newly refit USS Enterprise once again took to the stars to defend humanity against certain destruction in Star Trek: The Motion Picture. The film, which has been a polarizing experience for Trek fans throughout the years, introduced the legendary antagonist of humanity’s own creation… V’Ger. The leviathan starship, shrouded behind a mysterious stellar cloud, returns to Earth in search of its creator and the Enterprise is sent to intercept. Over time, we learn that V’Ger is actually an old NASA probe, Voyager 6, that was discovered lost in space by a race of alien machines. The machine world saw V’Ger as a savior sent from the stars, so they fixed him and sent him back to his creator. When V’Ger returns to Earth, he is determined to find his creator, even if it means removing all of the humans from Earth to find him.
What we ultimately learn is that V’Ger’s creator is the National Aeronautics and Space Administration (NASA) that put the first man on the Moon and that was getting ready to head back into space aboard the Space Shuttle. At the heart of the V’Ger cloud was a bowl-like structure designed to support and protect the Voyager 6 probe. The whole design is one of the most incredible alien creations in science fiction, even if the film itself is often considered one of the weaker entries in the franchise. Personally, it’s one of my favorites.
But the Star Trek production team did much more than simply look at photos of the Voyager 1 and 2 probes when bringing V’Ger to life. They actually reached out to the team at NASA’s Jet Propulsion Laboratory to gain additional technical insights into the vessel including a potential launch date and to gather ideas about potential advancements in technology that might be included in future Voyager probes. At one point, Gene Roddenberry tried to get the mockup Voyager probe from JPL so that the production team could use it for the film, but JPL ultimately refused because they were worried about the mockup being damaged during transportation. Eventually, JPL provided Roddenberry’s team with blueprints for the Voyager probes themselves, which allowed them to build a true-to-life replica for the V’Ger core.
Star Trek: The Motion Picture is a unique piece of science fiction from a time when it was generally transitioning from the clean and optimistic aesthetic of 2001: A Space Odyssey into the gritty and nihilistic feelings of Aliens and Terminator. Personally, I yearn for the 70’s sci-fi aesthetic to return. The sense of human optimism and desire for discovery was what always made me gravitate toward Star Trek over other franchises. In my opinion, TMP stands as one of the most honest and true representations of the optimism that Star Trek wanted to bring to the world.
It isn’t the ending that NASA was hoping for, but it’s the one we’ll have to learn to live with. The Neil Gehrels Swift Observatory, which has been in orbit for 22 years studying gamma-ray bursts has an orbit that is quickly decaying and will soon burn up in Earth’s atmosphere. Earlier this month, a daring mission was undertaken in partnership with NASA by Katalyst Space Technologies to boost the telescope to a higher orbit. However, the LINK orbiter, as the Katalyst vehicle is called, began experiencing thruster problems as it approached within nine (9) miles of the observatory.
Unfortunately, there is not enough time or resources for NASA to save the dying telescope, so they recently re-activated all of its science instruments and are attempting to get as much use out of it as possible before it plunges back to Earth. As of the time of this post, NASA doesn’t have an estimated date or time for when the telescope will re-enter the atmosphere, but preliminary estimates put the return between the end of October 2026 and early December 2026.
Hello everyone and welcome back to nightShifted!
Imagine my suprise when I learned that this January was a remarkable anniversary for the Mars Exploration Rovers (MER)…
Space exploration in the early 2000s went through something of a minor renaissance with the launch of the Mars Exploration Rovers Spirit and Opportunity along with the Cassini-Huygens Mission to Saturn and Titan. January 2026 marks 22 years since the MERs landed at two separate equatorial locations on Mars. Spirit arrived at Gusev crater on January 4, 2004 while Opportunity landed in Eagle crater on January 25, 2004.
This was the first time since the Mars PathFinder station with its Sojourner rover had beamed back photos of the red planet that humanity was poised to return to our nearest planetary neighbor. We came in search of answers to its multitude of mysteries and in hopes of gaining further understanding of our own world. We were a couple of years removed from September 11th and the destruction of the Space Shuttle Columbia, so there was a lot of public attention focused on the space program. It wasn’t just space nerds like me watching to see what tricks NASA was going to perform next. The MER program promised to be something special and the entire world was watching.
What wasn’t expected was how incredibly special the whole project would be.
I remember following various NASA feeds and watching news updates as Spirit approached Mars. This was the first time that the balloon-style airbag system had been used to put a rover on another planet. In fact, most of the technology associated with this mission was brand new, so everything was a new experience. I was elated as the telemetry data arrived at mission control and news began circulating that the rover had successfully landed. It would take some time for the airbags to deflate in a way that would ensure the landing platform was positioned appropriately on the plnaet surface, but once that was done, Spirit was free to begin exploring its new home.
It didn’t take long for Spirit and Opportunity to beam back their first high-definition photos of the red planet. This was the first time that real space exploration had truly entered into the high-tech digital age. Gone were the days of grainy, small images like we’d seen with Sojourner. And the images did not disappoint. Mars was as beautiful as it was imagined in science fiction with rolling hills, jagged cliffs, dust devils, and many other surprises.
There was a moment of panic during the early days of the mission, however. This was a major headline around the world because of the intense pressure on NASA to perform well with its projects in a post-Columbia world. For some unknown reason at the time, the Spirit rover entered into a fault protection mode, which is designed to secure the rover when a major onboard problem occurs. Instead of the steady stream of images received on Earth for the prior 18 days, instead, a basic communication tone was received, which alerted ground personnel to the critical failure.
Eventually the problem was identified as a software issue that was easily repaired by the control team, but it was certainly an anxiety producing moment. There were many of us nerds on the ground watching from afar as our hopes of exploring Mars were in jeopardy. But instead of a failed mission, we got to see a side of NASA that many of us felt was a relic of the past. The ground team identified the problem and was able to get Spirit working once again.
Once the communication problem from Spirit was solved, the MERs performed nearly flawlessly on Mars for the next several years! What was supposed to be a 90-day mission lasted almost fifty-five times longer than originally intended. During that time we got to see the first views of Earth from the surface of another world. We learned that Mars has regular dust devils, whose winds regularly cleaned off the MER solar panels and greatly extended their mission length. This all went on until around 2010 when Spirit began to fail mechanically. It started with the wheels and eventually the memory systems started failing. By March of 2010, the batteries on Spirit were so low that the rover entered into emergency protection mode and was no longer capable of responding to commands.
On the other side of the planet, Opportunity continued to explore Mars for another eight years before it was caught up in a massive dust storm that ultimately doomed the rover. Attempts were made by NASA to communicate with it until early 2019 before leadership decided that the mission had reached its completion.
I am sad to say that I stopped following the rover missions a few years after they landed on Mars. In fact, life became so hectic that my most distinctive memories of Spirit and Opportunity after 2006 are learning of their demise. The MERs are perhaps one of the most incredibly successful planetary exploration missions in the last 25 years. No other mission has provided us with the insight into an alien world like they did. And no other mission has exceeded its original projected lifespan like they did. Even the Perseverence and Curiosity rovers that followed them were unable to capture the magic of those early days of rover exploration on Mars. Any craft that lands on Mars without humans has immense shoes to fill. The red planet still has countless secrets to be unlocked and I hope that one day we’ll see something land on Mars that inspires the next generation of interplanetary scientists.
