We start this week with Emanuel’s big story about Amazon buying, and destroying, masses of books to train AI. After the break we talk about a couple of wild cases where people are using AI. In the subscribers-only section, we talk about Meta’s new smart glasses patent and research into how perverts are using them. 

Listen to the weekly podcast on Apple Podcasts, Spotify, or YouTube. Become a paid subscriber for access to this episode's bonus content and to power our journalism. If you become a paid subscriber, check your inbox for an email from our podcast host Transistor for a link to the subscribers-only version! You can also add that subscribers feed to your podcast app of choice and never miss an episode that way. The email should also contain the subscribers-only unlisted YouTube link for the extended video version too. It will also be in the show notes in your podcast player.

• ⁠We Tracked a Shipment of Rare Books. It Ended at an Amazon AI Training Facility⁠
• ⁠‘Show How 3M Is 0% at Fault:’ Expert Witness Used ChatGPT to Write Report Defending Company in Deadly Explosion Lawsuit⁠
• ⁠Person Hides Prompt Injection in Legal Filing Telling AI to Side With Them⁠
• ⁠Meta Patents AI Glasses to Use Facial Recognition to Identify People, Make Highlight Reels of Your Dinner Party⁠
• ⁠Researchers Show How Meta's 'Pervert Glasses' Are Used to Harass Women⁠

Microbes from Earth could survive on parts of the Moon for at least a week, a discovery that suggests that the lunar surface is not as hostile as previously assumed and has implications for upcoming human missions, reports a study published on Wednesday in Sciences Advances.

Astronauts haven’t walked on the Moon since the Apollo era, but that may change soon. The US-led Artemis program and a Chinese-Russian space partnership both aim to land crews on the lunar south pole during the 2030s. This polar region has been selected because it contains water ice in permanently shadowed regions, which is an essential resource for life support and other mission operations.  

Whereas most of the Moon appears to be inhospitable due to extreme temperatures and intense radiation, these shady polar spots are sheltered from harmful ultraviolet light. To assess how long life could survive there, a team analyzed the region’s topography and surface conditions and compared it with the survival bounds of common earthly microbes. The results revealed that “significant lunar polar areas likely have surface conditions amenable to microbial survival,” according to their study.

“Recent studies have shown how unique the conditions are on the surface of the lunar poles and we realized that it was worth studying how amenable those might be to survival for certain microbes, particularly in the context of recent work on how hardy some bacteria and fungi are when exposed to space conditions,” said Prabal Saxena, a research space scientist at NASA Goddard Space Flight Center who led the study, in an email to 404 Media. 

“The fun thing is that we were able to leverage expertise of people we knew or were down the hall from us to explore this question,” he added, because NASA Goddard has “experts on lunar surface evolution, biochemistry, clean room microbiology, lunar surface topography/lighting and planetary protection on our team who all helped make the study happen!”

With this interdisciplinary approach, the team modeled conditions at various sites that are under consideration for crewed Artemis landings using remote-sensing observations from NASA’s Lunar Reconnaissance Orbiter. They then selected bacteria and fungi that are abundant on spacecraft, and would be most likely to be transported to the lunar surface during future missions, and assessed whether they could survive in any of those regions.

In regions known as the Nobile Rim and Connecting Ridge, there are “significant places where microbes may be able to survive” the team said in the study. In particular, the fungi Aspergillus proved to be extremely resilient in the models, persisting for up to seven Earth days in some shadowed regions. 

“Aspergillus was our champion, and possesses characteristics (thick walls and dark pigments that protect them from X-rays, cosmic radiation, and UV-C radiation) that make it especially well suited to survive in regions of the lunar poles,” Saxena said.

These organisms would likely enter a dormant cryptobiotic state, rather than flourishing and growing across the lunar surface. Still, the fact that they can endure long periods at all is a testament to the adaptability of Earth life, as well as a reality that should be factored into mission planning in order to prevent contamination of the lunar surface and potential health risks to a crew.

“I think we suspected some microbes might survive for a very small amount of time in places like permanently shadowed regions—that's pretty intuitive since those regions only receive indirect light and radiation, and are persistently very cold,” said Saxena. “However, after modeling the conditions, the spatial regions and extent in time of survival was definitely surprising.”

“While we're only looking at survival in this study—and not growth or reproduction—this makes us think it's worth thinking about certain regions of the Moon in a different way scientifically and operationally with respect to microbial life,” he added. 

The team also noted that microbial life from Earth could potentially arrive on the Moon through meteoric exchanges of rocks across space, raising the possibility that microbes have already survived, even for short periods, on the lunar surface.  

“We know that the Earth 'talks' to the Moon through particle and meteorite transfer, and that meteorites from other sources constantly slam into the Moon, so it is a possibility” Saxena said. “In many ways, the Moon is a potential time capsule of the Earth, Sun and space environment over time. We should go explore it to see what secrets are waiting to be discovered!”

Body camera footage obtained by 404 Media shows a police officer explaining why he used police databases and license plate reader cameras to research, stalk, and pull over a woman he met on the set of a TV show. "I mean, I saw a shiny thing, teasing and all that," the cop said in the footage. "I knew that when I put that [into the system], I was like ‘Fuck.’"

404 Media obtained more than an hour of body camera footage that shows the investigation into Florida cop Lamar Roman, who met a woman on the set of the Apple TV show Bad Monkey, then illegally researched her using government department of motor vehicles databases, put her license plate on a police “hot list” that would notify him when she drove past an automated license plate reader camera, nearly caused a head-on collision while speeding to track her down, and illegally pulled her over after stalking her. We previously published footage from Roman’s police cruiser; the new footage shows police station interviews with Roman about why he did what he did, an anonymized police station interview with the victim about his actions, and the eventual arrest of Roman in front of his home. 

The detective investigating Roman told the man “you’ll get past this bro” during his arrest, and later told the victim that he was "remorseful" and urged her not to post about the incident on social media, according to body camera footage obtained by 404 Media.

The footage also shows that the investigator told the victim that “we’ve had deputies misuse databases, we’ve told them over and over again ‘that’s not what it’s for. You see a hot chick, you don’t look them up in a database. That’s not what it’s for.’”

The footage gives unprecedented insight into how and why abusive police use government spy tools including license plate reader cameras to surveil and stalk victims, how victims are informed of this surveillance, and how cops are treated when they are ultimately arrested for this crime. The footage is particularly notable as dozens of cops around the country have been caught abusing Flock and other ALPR systems to stalk ex wives, ex partners, and random people. When 404 Media wrote about this issue in early July, Flock claimed it was “aware of 15 incidents of abuse,” though we, local media, and a report by the Institute for Justice had found far more than that. The Washington Post then found “at least 50” incidents and, now, Flock’s CEO Garrett Langley is saying that its system has “caught a lot of bad cops. It’s a ton. It’s more than I ever would have hoped.” (Roman used an ALPR system called Guardian made by a company called Turing.)