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Will We Ever Make it to Mars?
You know, if you take away the lack of air and water, the weaker Sun, the lower gravity, and the toxic soil, Mars isn’t all that bad of a place to live. And there are certainly worse places to live, like, I don’t know, Ohio (I’m allowed to say that because I grew up there). But there’s been a big push in the past two decades to not just go to Mars and visit, like we did with the Moon fifty years ago, but to stay there. Put down roots. Establish ourselves. Build a colony or a settlement.
We’ve got the Mars Foundation, we’ve got Occupy Mars, we’ve got Mars One. All of them propose grand plans to build a human settlement, a city, on the Red Planet within the next generation.
I’m going to give it to you straight, because if you’re watching this show then I bet you’re the kind of person that appreciates a no-nonsense approach.
We’re not going to Mars anytime soon.
I know there are some…announcements…floating around out there, and at the time of this recording WHO KNOWS what the current administration will propose, that say that we should go to Mars in 2026 or 2029. I can tell you with utmost confidence that the people throwing out those dates aren’t doing it because they have a well thought-out plan of technological improvement to make those reasonable targets.
They’re doing it because those are the next open launch windows. That’s it. Let’s go to Mars in 2026…because that’s the next time we can go to Mars. It’s like saying “hey everyone I have a plan: we should all go to Barbados at 7:19 tomorrow morning”…because that’s when the next flight is leaving, not because you’ve actually developed a plan to go to Barbados. Or even have the money. Or a swimsuit.
But while we can be pessimistic about the short term, we can still be optimistic about the far future. There is no law of physics that makes a Martian settlement impossible. Sure, it will be perhaps the toughest engineering challenge EVER, but it’s not IMPOSSIBLE – and that’s a big difference.
So let’s dive into what a Martian city might actually look like and how we might be able to build one. But first, we need to talk about how a city on Mars will be completely unlike anything we have on Earth.
Because it’s Mars.
Let’s start with the raw numbers. The average temperature on Mars is minus 63 degrees Celsius, or -80 Fahrenheit. While it can get warmer than that, up to something approximating room temperature in the low-lying valleys during the summer months, it can also get much colder than that, down to -153 Celsius or -225 Fahrenheit.
Remember, Mars is a planet cold enough to freeze not just water, but also carbon dioxide.
So number one, any human settlement is going to have to grapple with extreme, bitter, year-round cold. Even the most remote and extreme places on Earth, like the South Pole, don’t reach temperatures that low.
And the South Pole has the advantage of you know, having air to breathe, which Mars lacks. The air pressure on Mars is less than 1% of the air pressure on Earth at sea level. And what air is DOES have is mostly carbon dioxide, which is great news…if you’re a plant.
Now it’s not that complicated to build a pressurized vessel to maintain a regular, breathable atmosphere against what is essentially a vacuum. The International Space Station does it all the time, and it’s pretty big…and it’s also designed to hold no more than a few people at any one time. And it’s right there in Earth orbit, making resupply and – if needed – evacuation relatively straightforward, at least as straightforward as anything goes in space.
But Mars isn’t close. The average distance to Mars is 140 million miles, or 225 million kilometers. With chemical rockets, a journey there takes MONTHS. Just think about it: usual crew rotations for the space station are around that same length of time. And the Apollo missions to the Moon were much, much shorter. So a typical astronaut stay at hotel ISS is roughly equal to JUST THE JOURNEY TO MARS, not including actually, you know, being there and coming back home.
And even then, we have to wait for a launch window to open up when the Earth and Mars are on the same side of the solar system, which happens roughly every two years.
Sorry Mark Watney, but rescue is not going to be an option. Nor is resupply. If something goes wrong or the settlers runs out of some critical component or ingredient…that’s it. They’re going to have to figure it out on their own.
Adding to their daily headaches will be a constant exposure to cosmic rays. This is deadly radiation coming in from deep space, from exploding stars and black holes and whatnot. On Earth our atmosphere does a wonderful job of absorbing most cosmic rays, but even then they’re able to slip through to the surface. You are struck by a cosmic ray about once every second, and these cosmic rays contribute to somewhere between 1-3% of all incidents of cancer.
Mars has no atmosphere. Which means the Martian surface gets a lot of radiation. And just simple metal shielding isn’t going to cut it. That’s because a cosmic ray can just strike the metal and create a shower of subatomic particles within the shelter. You need a lot of stuff – rock, water, gas, whatever – between you and the dangerous sky.
Speaking of rocks, yeah they’re toxic. And not like social media personality toxic, I mean actually toxic. Poisonous. Dangerous to touch, breathe, ingest, or otherwise be around. The soil is full of perchlorates, which is sometimes used as an ingredient in rocket fuel. Any food that’s grown on Mars will have to use treated soil, which will use who knows how much water.
Oh, that’s right, water. Yes, there’s water on Mars, but it’s almost entirely frozen. There might be some liquid pockets buried deep under the polar ice caps, which isn’t anything remotely resembling accessible, so we’ll just have to leave those be. The rest of the frozen water is buried underground, which means…mining. A lot of digging up dirt, heating it, sorting it, and separating the water.
Mining itself is going to be a huge problem for any long-term habitation. On the Earth we’re used to just finding ore veins and taking a whack at it. I mean I suppose the actual process of mining is more complicated than that but I’ve played a lot of Minecraft so I feel like I understand the basic gist. On Mars, this isn’t quite so easy. Without plate tectonics to mix up the crust, we have no idea if there are rich concentrations of metals, which means that anything heavy will have to be shipped in from Earth.
And we need to talk about the dust. Martian sand. It’s course and rough and irritating and it gets everywhere. No, wait, actually it’s opposite. It’s been blowing around Mars for billions of years, and that constant motion has ground the dust grains down into almost perfectly smooth, almost microscopic bits. And when dust storms kick off, they can literally encircle the entire globe.
In 2018 just such a global dust storm killed NASA’s Opportunity rover. The storm blocked out the Sun for so long that the rover couldn’t get enough juice from its solar panels, and it went quiet. Any future settlers will likely need to rely at least in part on solar power, which means they will be in a constant fight with the dust starting at day 1.
Like I said, we’re not going to Mars anytime soon, because we haven’t solved…let me check my notes…ah, that’s right, ANY OF THESE PROBLEMS. And we’re not going to solve them in just a few years.
But that doesn’t mean we can’t make progress.
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Surveillance Prices. Hidden Fees. Shifting Costs. This Madness Must Stop.
It’s time to combat commercial surveillance with stronger laws on fair pricing.
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Dry Martian Meteorite Reveals Early Water in Mars’s Crust
Billions of years ago, Mars was hypothesized to have been a habitable world with flowing liquid water and the potential for life. But directly studying its ancient past is currently limited to orbiters and rovers, as scientists have yet to obtain direct samples from Mars. However, meteorites have been found on Earth to have potentially originated from Mars during large impacts that flung chunks of the Red Planet into space, eventually being grabbed by Earth’s gravity and crashing into the Earth’s surface.
Now, an international team of scientists might be one step closer to piecing together Mars’ watery ancient past, and specifically how much water could have flowed across the Red Planet’s surface long ago. In findings recently published in the Geophysical Research Letters, a collaborative team of researchers led by the Technical University of Denmark investigated an intriguing meteorite with an even more intriguing name, “Black Beauty”, with the scientific designation of Northwest Africa 7034 (NWA 7034). What makes Black Beauty so intriguing is its designation as the only known meteorite that originated from the crust of Mars, having been blasted away during an impact billions of years ago, as Black Beauty is estimated to be about 4.4 to 4.5 billion years old.
Using a combination of X-ray and neutron tomography, the researchers analyzed Black Beauty with the goal of ascertaining if the ancient meteorite contained traces of water, also called hydrous materials in the scientific community. While X-ray tomography is used to identify the densest parts of Black Beauty while focusing on iron and silicon, neutron tomography was used to identify that previous “holes” found by normal X-rays were actually hydrous materials.
“Neutrons are particularly sensitive to hydrogen,” said Dr. David Mannes, who is a scientist at the Paul Scherrer Institute (PSI), a co-author on the study. Dr. Mannes collaborated with fellow study co-author, Dr. Anders Kaestner, on the neutron tomography at PSI. “In combination with X-ray tomography, we were not only able to detect tiny hydrated minerals, but also, for the first time, visualize larger, macroscopic hydrogen deposits.”
Essentially, the researchers identified that early Mars contained a water reservoir large enough to engage with the Martian surface and crust, resulting in water deposits into crustal rocks that eventually became Black Beauty. The researchers also note these materials are similar to materials found in Jezero Crater by NASA’s Perseverance rover. Therefore, Black Beauty continues to add a growing pile of evidence that Mars was a much warmer and wetter planet billions of years ago.
While Black Beauty has revealed intricate details regarding ancient Mars and its watery past, arguably the most famous meteorite from Mars is the Allan Hills 84001 (ALH84001) meteorite, which was recovered in Antarctica on December 27, 1984. However, it wasn’t until 1996 before scientists discovered it was potentially from Mars, as ALH84001 had initially been designated as an asteroid chunk, which are frequently discovered on Earth. Once scientists studied ALH84001, they discovered it contained unique structures they hypothesized could indicate signs of ancient Martian life.
While their 1996 study published in Science gained worldwide attention, including an official address from President Bill Clinton, the scientific community was quick to claim these features could have formed from non-biological processes. Regardless of its specific origin, both Black Beauty and ALH84001 demonstrate the importance of bringing back samples from Mars to reduce relying on ancient meteorites.
Unfortunately, the long-anticipated NASA-ESA Mars Sample Return mission was canceled by Congress due to ballooning costs, meaning all the sample tubes that NASA’s Perseverance rover has been depositing on the Martian surface is potentially for nought. For now, scientists have to rely on meteorites to unlock the secrets of ancient Mars, but China’s planned Tianwen-3 might be the first to return Mars samples to Earth sometime next decade.
What new insights into the “Black Beauty” meteorite and ancient Mars will researchers make in the coming years and decades? Only time will tell, and this is why we science!
As always, keep doing science & keep looking up!
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Darth Vader to San Diego City Council: The Emperor liked Flock cameras

In a galaxy not so far, far away — well, in San Diego — the controversial police use of Flock surveillance cameras that photograph and record license plate numbers has at least one prominent supporter.
Darth Vader.
“The Emperor is a fan of Flock,” a person wearing a full-body costume of the “Star Wars” villain told a committee of the San Diego City Council this week, referencing Darth Vader’s evil, power-hungry boss, Emperor Palpatine, ruler of the Galactic Empire.
“And we must continue utilizing Flock technologies so that we can follow and surveil the Rebel scum as they move from playground to playground, from playground to pool, from pool to gymnasium,” the person said during public comments at a Wednesday meeting of the Public Safety and Livable Neighborhoods Committee.
The cosplayer, who breathed heavily into the microphone a la the movie villain, was formally called to the podium by the name Darth Vader.
It was a stance a bit out of sync with silver screen Darth, who famously told an Imperial stooge who got too braggadocious about the Empire’s planet-destroying Death Star: “Don’t be too proud of this technological terror you’ve constructed.”
But in a twist not quite as big as Darth telling Luke Skywalker he was his daddy, the bad guy in black showed up to the government meeting in San Diego to be sarcastic about Flock cameras. He didn’t actually support them at all.
Nor, it turns out, did a lot of people in the audience, who hoisted signs from the American Civil Liberties Union reading: “Get the Flock Out!”
The cosplayer’s sarcastic endorsement comes as Flock Safety — the company whose more than 120,000 artificial intelligence-enabled license plate readers can be found along roadsides in every state but Alaska — comes under increasing scrutiny by lawmakers, civil rights groups and members of the public who have expressed privacy concerns.
Dozens of mostly smaller cities have deactivated their Flock cameras or ended contracts with the company over concerns that it provides data to the Trump administration that can be used to track down immigrants for deportation.
And recent reporting by the Washington Post uncovered at least 50 instances nationwide in which law enforcement officials were accused of misusing their access to the cameras, largely to stalk former romantic partners or citizens.
Last month, the Los Angeles Police Department announced it was pausing its relationship with Flock, but police officials later said they were in the process of negotiating a new deal with the company that would include more data-sharing safeguards.
Both Mayor Karen Bass and her opponent in the November mayoral election, Councilmember Nithya Raman, have said the city should stop working with Flock.
The company, whose automated license readers document plate data as vehicles drive past, says it has partnerships with 5,000 law enforcement agencies nationwide.
Amid public backlash, the company announced this month several platform changes, including a shorter data retention window and audit tools for law enforcement customers intended to flag abnormal search behavior.
In San Diego, Flock cameras are affixed to streetlights in about 500 locations, according to the 2025 Annual Surveillance Report by the San Diego Police Department.
In addition to plate numbers, the report states, the cameras record the date, time and location of the scan, as well as vehicle descriptors such as make, model and color.
The information is encrypted and transmitted to a secure database that can be accessed only by San Diego police personnel, according to the department. The data is saved for 30 days and automatically deleted unless it is being used as evidence in an active investigation, according to the department.
The report says San Diego police officers last year conducted more than 244,000 investigative searches of the data and that it played a “key role in advancing 361 cases.”
The data, per the department, helped officers recover 259 stolen vehicles and find four missing people, as well as aiding the investigations of around nine of the city’s 28 homicides in 2025.
In a presentation to the Public Safety and Livable Neighborhoods Committee in November, San Diego Police Capt. Charles Lara said the technology “has been truly game-changing for our department, especially while we continue to operate with hundreds of officers below ideal staffing levels.”
Lt. Kristopher McAndrew said the “vast majority of data is never viewed” and that the police department does not share data with federal or out-of-state law enforcement agencies or private entities.
At the meeting this week, Darth Vader — who, like everyone else who approached the podium, was allotted two minutes of speaking time — said of the Flock camera system: “I need this so I can stalk my ex-girlfriend.”
He asked the City Council members how residents will continue to trust them when they continue to vote “for surveillance technology that imprisons them.”
He advised one of the council members to work on her Jedi mind tricks to fool them, then raised his hand to the audience, saying: “Do it like this.”
“This technology will help us find the Rebel scum and their hidden base on Hoth,” he said, referencing the ice planet in the “Star Wars” universe. “This technology will help us find Luke Skywalker as he traverses the universe in his X-wing. This technology is a necessary, necessary force.”
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