Author name: Mike M.

discovery-of-hms-endeavour-wreck-confirmed

Discovery of HMS Endeavour wreck confirmed

By 2016, RIMAP’s volunteers, operating on grants and private donations, had located 10 of the 13 wrecks, almost exactly where historical charts said they should be. And the search had gotten a boost from the 1998 discovery of a 200-year-old paper trail linking the troop transport Lord Sandwich to its former life as HMS Endeavour.

Narrowing the field

One candidate was found just 500 meters off the coast of Rhode Island (designated RI 2394), 14 meters below the surface and buried in nearly 250 years’ worth of sediment and silt. RIMAP’s team concluded in 2018 that this was likely the wreck of the Endeavour, although the researchers emphasized that they needed to accumulate more evidence to support their conclusions. That’s because only about 15 percent of the ship survived. Any parts of the hull that weren’t quickly buried by silt have long since decomposed in the water.

The ANMN felt confident enough in its own research by 2022 to hold that controversial news conference announcing the discovery, against RIMAP’s objections. But the evidence is now strong enough for RIMAP to reach the same conclusion. “In 1999 and again in 2019, RIMAP and ANMM agreed on a set of criteria that, if satisfied, would permit identification of RI 2394 as Lord Sandwich,” the authors wrote in the report’s introduction. “Based on the agreed preponderance of evidence approach, enough of these criteria have now been met… to positively identify RI 2394 as the remnants of Lord Sandwich, formerly James Cook’s HM Bark Endeavour.

The Rhode Island Historical Preservation and Heritage Commission and the ANMM are now collaborating to ensure that the wreck site is protected in the future.

Discovery of HMS Endeavour wreck confirmed Read More »

media-matters-sues-ftc,-says-agency-is-retaliating-on-behalf-of-elon-musk

Media Matters sues FTC, says agency is retaliating on behalf of Elon Musk

Media Matters for America sued the Federal Trade Commission yesterday, alleging that the FTC’s ongoing investigation into the group “has violated Media Matters’ First Amendment rights by retaliating against the organization for its reporting on Elon Musk and X.”

“The investigation is the latest effort by Elon Musk and his allies in the Trump administration to retaliate against Media Matters for its reporting on X, the social media site Musk controls, and it’s another example of the Trump administration weaponizing government authorities to target political opponents,” Media Matters said in a press release. The group said it has suffered financially because of “the cascade of litigation launched by Musk and his allies.”

The FTC’s investigative demand “makes no secret of its connection to Musk’s vindictive lawsuits,” and “probes Media Matters’ finances, editorial process, newsgathering activities, and affiliations with likeminded entities that monitor extremist content and other third parties,” Media Matters said in the lawsuit filed in US District Court for the District of Columbia.

Media Matters is a nonprofit journalism organization that has been targeted by Musk and Republicans for articles such as one showing that X placed advertisements next to pro-Nazi posts. Media Matters has faced probes from the Texas and Missouri attorneys general and a lawsuit filed by X. In the case involving Texas, a federal appeals court found in May that “Media Matters is the target of a government campaign of retaliation.”

Lawsuit: FTC “snoops into newsgathering activities”

The FTC sent a civil investigative demand (CID) on May 20, “apparently seeking to revive the state government investigations that had been blocked by this Court,” Media Matters said in its lawsuit yesterday. “The CID’s first substantive demand makes clear its connection to Musk’s lawsuits, seeking ‘all documents that Media Matters either produced or received in discovery in any litigation between Media Matters and X Corp. related to advertiser boycotts since 2023.'”

Media Matters sues FTC, says agency is retaliating on behalf of Elon Musk Read More »

tuesday-telescope:-a-new-champion-enters-the-ring

Tuesday Telescope: A new champion enters the ring

Welcome to the Tuesday Telescope. There is a little too much darkness in this world and not enough light—a little too much pseudoscience and not enough science. We’ll let other publications offer you a daily horoscope. At Ars Technica, we’ll take a different route, finding inspiration from very real images of a universe that is filled with stars and wonder.

After a decade of construction, a large new reflecting telescope publicly released its first images on Monday, and they are nothing short of spectacular.

The Vera C. Rubin Observatory’s primary mirror is 8.4 meters in diameter, which makes it one of the largest optical telescopes in the world. However, the real secret sauce of the telescope is its camera—the automobile-sized Legacy Survey of Space and Time camera—which has a resolution of 3,200 megapixels. Which is rather a lot.

The observatory is on a remote 2,682-meter-high (8,799 ft) mountain in northern Chile, a region of the planet with some of the best atmospheric “seeing” conditions.

The main goal of the telescope is to scan the entire Southern Hemisphere sky by taking 1,000 high-definition photographs every three nights for the next 10 years. The idea is that, assembled end to end, the observatory will provide a high-definition, four-dimensional film of the Universe changing over a decade. It will seek to encompass everything from nearby asteroids and comets to distant supernovae.

Who was Vera Rubin? She was an American astronomer who was the first person to establish the presence of dark matter in galaxies. The observatory named in her honor was funded by the US Department of Energy and the US National Science Foundation. International partners, including the French National Centre for Scientific Research, will help to store the 20 terabytes of data collected every night.

The only bummer about Monday’s announcement is the fact that it was funded by the Department of Energy and the National Science Foundation. The Trump administration has sought to halve the science budgets of both agencies in the coming years. And the prospect of losing that funding, juxtaposed against the phenomenal start of the Vera C. Rubin Observatory, reminds us of what we stand to lose if we slash basic science funding in this country.

Source: Vera C. Rubin Observatory

Do you want to submit a photo for the Daily Telescope? Reach out and say hello.

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how-a-data-center-company-uses-stranded-renewable-energy

How a data center company uses stranded renewable energy

“Decisions around where data centers get built have shifted dramatically over the last six months, with access to power now playing the most significant role in location scouting,” Joshi said. “The grid can’t keep pace with AI demands, so the industry is taking control with onsite power generation.”

Soluna, like other data center developers looking to rely on renewable energy, buys the excess power from wind, hydro, and solar plants that they can’t sell to the grid. By the end of the year, Soluna will have three facilities totaling 123 megawatts of capacity in Kentucky and Texas and seven projects in the works with upwards of 800 total megawatts.

Belizaire and I talked about how in Texas, where I report from, there’s plenty of curtailed energy from wind and solar farms because of the region’s transmission capacity. In West Texas, other data center developers are also taking advantage of the unused wind energy, far from major load centers like Dallas and Houston, by co-locating their giant warehouses full of advanced computers and high-powered cooling systems with the excess energy.

One data center developer using curtailed renewable power in Texas is IREN. The firm owns and operates facilities optimized for Bitcoin mining and AI. It developed a 7.5-gigawatt facility in Childress and broke ground on a 1.4-gigawatt data center in Sweetwater.

IREN purchases power through the state grid’s wholesale market during periods of oversupply, said Kent Draper, the company’s chief commercial officer, and reduces its consumption when prices are high. It’s able to do that by turning off its computers and minimizing power demand from its data centers.

But curtailment is an issue all over the world, Belizaire said, from Oklahoma, North Dakota, South Dakota, California, and Arizona in the US, to Northern Ireland, Germany, Portugal, and Australia.

“Anywhere where you have large utility-scale renewable development that’s been built out, you’re going to find it,” Belizaire said.

In a March analysis, the US Energy Information Administration reported that solar and wind power curtailments are increasing in California. In 2024, the grid operator for most of California curtailed 3.4 million megawatt hours of utility-scale wind and solar output, a 29 percent increase from the amount of electricity curtailed in 2023.

How a data center company uses stranded renewable energy Read More »

mit-student-prints-ai-polymer-masks-to-restore-paintings-in-hours

MIT student prints AI polymer masks to restore paintings in hours

MIT graduate student Alex Kachkine once spent nine months meticulously restoring a damaged baroque Italian painting, which left him plenty of time to wonder if technology could speed things up. Last week, MIT News announced his solution: a technique that uses AI-generated polymer films to physically restore damaged paintings in hours rather than months. The research appears in Nature.

Kachkine’s method works by printing a transparent “mask” containing thousands of precisely color-matched regions that conservators can apply directly to an original artwork. Unlike traditional restoration, which permanently alters the painting, these masks can reportedly be removed whenever needed. So it’s a reversible process that does not permanently change a painting.

“Because there’s a digital record of what mask was used, in 100 years, the next time someone is working with this, they’ll have an extremely clear understanding of what was done to the painting,” Kachkine told MIT News. “And that’s never really been possible in conservation before.”

Figure 1 from the paper.

Figure 1 from the paper. Credit: MIT

Nature reports that up to 70 percent of institutional art collections remain hidden from public view due to damage—a large amount of cultural heritage sitting unseen in storage. Traditional restoration methods, where conservators painstakingly fill damaged areas one at a time while mixing exact color matches for each region, can take weeks to decades for a single painting. It’s skilled work that requires both artistic talent and deep technical knowledge, but there simply aren’t enough conservators to tackle the backlog.

The mechanical engineering student conceived the idea during a 2021 cross-country drive to MIT, when gallery visits revealed how much art remains hidden due to damage and restoration backlogs. As someone who restores paintings as a hobby, he understood both the problem and the potential for a technological solution.

To demonstrate his method, Kachkine chose a challenging test case: a 15th-century oil painting requiring repairs in 5,612 separate regions. An AI model identified damage patterns and generated 57,314 different colors to match the original work. The entire restoration process reportedly took 3.5 hours—about 66 times faster than traditional hand-painting methods.

A handout photo of Alex Kachkine, who developed the AI printed film technique.

Alex Kachkine, who developed the AI-printed film technique. Credit: MIT

Notably, Kachkine avoided using generative AI models like Stable Diffusion or the “full-area application” of generative adversarial networks (GANs) for the digital restoration step. According to the Nature paper, these models cause “spatial distortion” that would prevent proper alignment between the restored image and the damaged original.

MIT student prints AI polymer masks to restore paintings in hours Read More »

man’s-health-crashes-after-getting-donated-kidney—it-was-riddled-with-worms

Man’s health crashes after getting donated kidney—it was riddled with worms

About two months after receiving a donated kidney, a 61-year-old man ended up back in the hospital. He was tired, nauseous, and vomiting. He was also excessively thirsty and producing too much urine. Over the next 10 days, things only got worse. The oxygen levels in his blood began to fall. His lungs filled with fluid. He kept vomiting. He couldn’t eat. Doctors inserted a feeding tube. His oxygen levels and blood pressure kept falling. He was admitted to the intensive care unit and put on mechanical ventilation. Still, things kept getting worse.

At that point, he was transferred to the ICU of Massachusetts General Hospital, where he had received the transplant. He was in acute respiratory failure and shock.

In a case report in this week’s issue of the New England Journal of Medicine, doctors at Mass General explained how they determined what was wrong with the man. Their first steps were collecting more information about the man’s symptoms from his wife, reviewing his family medical history, and contacting the regional organ-procurement organization that provided the kidney.

Process of elimination

The man’s condition and laboratory tests suggested he had some sort of infection. But as a transplant recipient who was on a variety of immunosuppressive drugs, the list of infectious possibilities was “extensive.”

Dr. Camille Kotton, Clinical Director of the hospital’s Transplant and Immunocompromised Host Infectious Diseases division, laid out her thinking. She started with a process of elimination. As an immunosuppressed transplant patient, he was also on several medications to proactively prevent infections. These would rule out herpesviruses and cytomegalovirus. He was also on a combination of antibiotics that would rule out many bacterial infections, as well as the fungal infection Pneumocystis jirovecii that strikes the immunocompromised and the protozoan parasite Toxoplasma gondii.

One feature stood out: The man had developed elevated levels of eosinophils, white blood cells that can increase for various reasons—including parasitic infections. The man also had a reddish-purple rash over his abdomen. Coupled with the severity of his illness, Kotton suspected a widespread parasitic infection.

The man’s history was notable for contact with domestic cats and dogs—including a cat scratch in the time between having the transplant and falling critically ill. But common bacterial infections linked to cat scratches could be ruled out. And other parasitic infections that might come from domestic animals in the US, such as toxocariasis, don’t typically lead to such critical illnesses.

Man’s health crashes after getting donated kidney—it was riddled with worms Read More »

spanish-blackout-report:-power-plants-meant-to-stabilize-voltage-didn’t

Spanish blackout report: Power plants meant to stabilize voltage didn’t

The blackout that took down the Iberian grid serving Spain and Portugal in April was the result of a number of smaller interacting problems, according to an investigation by the Spanish government. The report concludes that several steps meant to address a small instability made matters worse, eventually leading to a self-reinforcing cascade where high voltages caused power plants to drop off the grid, thereby increasing the voltage further. Critically, the report suggests that the Spanish grid operator had an unusually low number of plants on call to stabilize matters, and some of the ones it did have responded poorly.

The full report will be available later today; however, the government released a summary ahead of its release. The document includes a timeline of the events that triggered the blackout, as well as an analysis of why grid management failed to keep it in check. It also notes that a parallel investigation checked for indications of a cyberattack and found none.

Oscillations and a cascade

The document notes that for several days prior to the blackout, the Iberian grid had been experiencing voltage fluctuations—products of a mismatch between supply and demand—that had been managed without incident. These continued through the morning of April 28 until shortly after noon, when an unusual frequency oscillation occurred. This oscillation has been traced back to a single facility on the grid, but the report doesn’t identify it or even indicate its type, simply referring to it as an “instalación.”

The grid operators responded in a way that suppressed the oscillations but increased the voltages on the grid. About 15 minutes later, a weakened version of this oscillation occurred again, followed shortly thereafter by oscillations at a different frequency, this one with properties that are commonly seen on European grids. That prompted the grid operators to take corrective steps again, which increased the voltages on the grid.

The Iberian grid is capable of handling this sort of thing. But the grid operator only scheduled 10 power plants to handle voltage regulation on the 28th, which the report notes is the lowest total it had committed to in all of 2025 up to that point. The report found that a number of those plants failed to respond properly to the grid operators, and a few even responded in a way that contributed to the surging voltages.

Spanish blackout report: Power plants meant to stabilize voltage didn’t Read More »

we’ve-had-a-denisovan-skull-since-the-1930s—only-nobody-knew

We’ve had a Denisovan skull since the 1930s—only nobody knew


It’s a Denisovan? Always has been.

After years of mystery, we now know what at least one Denisovan looked like.

A 146,000-year-old skull from Harbin, China, belongs to a Denisovan, according to a recent study of proteins preserved inside the ancient bone. The paleoanthropologists who studied the Harbin skull in 2021 declared it a new (to us) species, Homo longi. But the Harbin skull still contains enough of its original proteins to tell a different story: A few of them matched specific proteins from Denisovan bones and teeth, as encoded in Denisovan DNA.

So Homo longi was a Denisovan all along, and thanks to the remarkably well-preserved skull, we finally know what the enigmatic Denisovans actually looked like.

Two early-human skulls against a black background.

Credit: Ni et al. 2021

The Harbin skull (left) and the Dali skull (right).

Unmasking Dragon Man 

Paleoanthropologist Qiang Ji, of the Chinese Academy of Sciences, and colleagues tried to sequence ancient DNA from several samples of the Harbin skull’s bone and its one remaining tooth, but they had no luck. Proteins tend to be hardier molecules than DNA, though, and in samples from the skull’s temporal bone (the ones on the sides of the head, just behind the cheekbones), the researchers struck pay dirt.

They found fragments of a total of 95 proteins. Four of these had variations that were distinct to the Denisovan lineage, and the Harbin skull matched Denisovans on three of them. That’s enough to confidently say that the Harbin skull had belonged to a Denisovan. So for the past few years, we’ve had images of an almost uncannily well-preserved Denisovan skull—which is a pretty big deal, especially when you consider its complicated history.

While the world is now aware of it, until 2021, only one person had known what the skull looked like since its discovery in the 1930s. It was unearthed in Harbin, in northeast China, during the Japanese occupation of the area. Not wanting it to be seized by the occupying government, the person who found the skull immediately hid it, and he kept it hidden for most of the rest of his life.

He eventually turned it over to scientists in 2018, who published their analysis in 2021. That analysis placed the Harbin skull, along with a number of other fossils from China, in a distinct lineage within our genus, Homo, making them our species’ closest fossil relatives. They called this alleged new species Homo longi, or “Dragon Man.”

The decision to classify Homo longi as a new species was largely due to the skull’s unique combination of features (which we’ll discuss below). But it was a controversial decision, partly because paleoanthropologists don’t entirely agree about whether we should even call Neanderthals a distinct species. If the line between Neanderthals and our species is that blurry, many in the field have questioned whether Homo longi could be considered a distinct species, when it’s even closer to us than the Neanderthals.

Meanwhile, the 2021 paper also left room for debate on whether the skull might actually have belonged to a Denisovan rather than a distinct new species. Its authors acknowledge that one of the fossils they label as Homo longi had already been identified as a Denisovan based on its protein sequences. They also point out that the Harbin skull has rather large molars, which seem to be a common feature in Denisovans.

The paper’s authors argued that their Homo longi should be a separate branch of the hominin lineage, more closely related to us than to Denisovans or Neanderthals. But if the Harbin skull looked so much like Denisovan fossils and so little like fossils from our species, the alleged relationship begins to look pretty dubious. In the end, the 2021 paper’s authors dodged the issue by saying that “new genetic material will test the relationship of these populations to each other and to the Denisovans.”

Which turned out to be exactly what happened.

A ghost lineage comes to life

Denisovans are the ghost in our family tree. For scientists, a “ghost lineage” is one that’s known mostly from genetic evidence, not fossils; like a ghost, it has a presence we can sense but no physical form we can touch. With the extremely well-preserved Harbin skull identified as a Denisovan, though, we’re finally able to look our “ghost” cousins in the face.

Paleogeneticists have recovered Denisovan DNA from tiny fragments of bone and teeth, and even from the soil of a cave floor. Genomics researchers have found segments of Denisovan DNA woven into the genomes of some modern humans, revealing just how close our two species once were. But the handful of Denisovan fossils paleoanthropologists have unearthed are mostly small fragments—a finger bone here, a tooth there, a jawbone someplace else—that don’t reveal much about how Denisovans lived or what they looked like.

We know they existed and that they were something slightly different from Homo sapiens or Neanderthals. We even know when and where they lived and a surprising amount about their genetics, and we have some very strong hints about how they interacted with our species and with Neanderthals. But we didn’t really know what they looked like, and we couldn’t hope to identify their fossils without turning to DNA or protein sequences.

Until now.

Neanderthals and Denisovans probably enjoyed the view from Denisova Cave, too. Credit: loronet / Flickr

The face of a Denisovan

So what did a Denisovan look like? Harbin 1 has a wide, flattish face with small cheekbones, big eye sockets, and a heavy brow. Its upper jaw juts forward just a little, and it had big, robust molars. The cranium itself is longer and less dome-like than ours, but it’s roomy enough for a big brain (about 1,420 millimeters).

Some of those traits, like the large molars and the long, low cranium, resemble those of earlier hominin species such as Homo erectus or Homo heidelbergensis. Others, like a relatively flat face, set beneath the cranium instead of sticking out in front of it, look more like us. (Early hominins, like Australopithecus afarensis, don’t really have foreheads because their skulls are arranged so their brains are right behind their faces instead of partly above them, like ours.)

In other words, Harbin’s features are what paleoanthropologists call a mosaic, with some traits that look like they come from older lineages and some that seem more modern. Mosaics are common in the hominin family tree.

But for all the detail it reveals about the Denisovans, Harbin is still just one skull from one individual. Imagine trying to reconstruct all the diversity of human faces from just one skull. We have to assume that Densiovans—a species that spanned a huge swath of our planet, from Siberia to Taiwan, and a wide range of environments, from high-altitude plateaus in Tibet to subtropical forests—were also a pretty diverse species.

It’s also worth remembering that the Harbin skull is exactly that: a skull. It can’t tell us much about how tall its former user was, how they were built, or how they moved or worked during their life. We can’t even say for sure whether Harbin is osteologically or genetically male or female. In other words, some of the mystery of the Denisovans still endures.

What’s next?

In the 2021 papers, the researchers noted that the Harbin skull also bears a resemblance to a 200,000- to 260,000-year-old skull found in Dali County in northwestern China, a roughly 300,000-year-old skull found in Hualong Cave in eastern China, and a 260,000-year-old skull from Jinniushi (sometimes spelled Jinniushan) Cave in China. And some fossils from Taiwan and northern China have molars that look an awful lot like those in that Tibetan jawbone.

“These hominins potentially also belong to Denisovan populations,” write Ji and colleagues. That means we might already have a better sample of Denisovan diversity than this one skull suggests.

And, like the Harbin skull, the bones and teeth of those other fossils may hold ancient DNA or proteins that could help confirm that intriguing possibility.

Science, 2023 DOI: 10.1126/science.adu9677 (About DOIs).

Photo of Kiona N. Smith

Kiona is a freelance science journalist and resident archaeology nerd at Ars Technica.

We’ve had a Denisovan skull since the 1930s—only nobody knew Read More »

2025-audi-s5-and-a5-first-drive:-five-door-is-the-new-four-door

2025 Audi S5 and A5 first drive: Five-door is the new four-door

The S5 is eager and more engaging to drive than the A5. Jonathan Gitlin

Like the Q5 last week, the A5 and S5 use a new electronic architecture called E3 1.2. This is a clean-sheet approach to the various electronic subsystems in the car, replacing decades of legacy cruft and more than a hundred individual electronic control units with five powerful high-performance computers, each with responsibility for a different domain: ride and handling, infotainment, driver assists, and convenience functions, all overseen by a master computer.

On the road

Sadly, those looking for driver engagement will not find much in the A5. Despite the improvements to the front suspension, there’s still very little in the way of feedback, and in comfort mode, the steering was too light, at least for me. In Dynamic mode, on the other hand, the car felt extremely sure-footed in bad weather. The A5 makes do with conventional springs, so the ride doesn’t change between drive modes, but Audi has tuned it well, and the car is not too firm. I noted a fair amount of wind noise, despite the acoustic front glass that comes with the ($6,450) Prestige package.

The S5 will appeal much more to driving enthusiasts. The steering provides a better picture of what the front tires are doing, and the air suspension gives the car a supple ride, albeit one that gets firmer in Balanced rather than Dynamic modes. Like some other recent fast Audis, the car is deceptively quick, and because it’s quite quiet and smooth, you can find yourself going a good deal faster than you thought. The S5’s exhaust note also sounds rather pleasant and not obnoxious.

The A5 cabin has a similar layout as the Q5 and Q6 e-tron SUVs. Audi

The A5 starts at $49,700, but the $3,600 Premium Plus package is likely a must-have, as this adds adaptive cruise control, a heads-up display, top-down parking cameras, and some other features (including USB-C ports). If you want to get really fancy, the Prestige pack adds speakers in the front headrests, OLED taillights, the aforementioned acoustic glass, plus a second infotainment screen for the front passenger.

Meanwhile, the S5 starts at $62,700; the Premium Plus package (which adds mostly the same stuff) will set you back $3,800. For the S5, the $7,550 Prestige pack includes front sports seats, Nappa leather, rear window sunshades, the passenger display, and the adaptive sports suspension. Those are all some hefty numbers, but the A5 and S5 are actually both cheaper in real terms than the models launched in 2018, once you take seven years’ worth of inflation into account.

2025 Audi S5 and A5 first drive: Five-door is the new four-door Read More »

o3-turns-pro

o3 Turns Pro

You can now have o3 throw vastly more compute at a given problem. That’s o3-pro.

Should you have o3 throw vastly more compute at a given problem, if you are paying the $200/month subscription price for ChatGPT Pro? Should you pay the $200, or the order of magnitude markup over o3 to use o3-pro in the API?

That’s trickier. Sometimes yes. Sometimes no. My experience so far is that waiting a long time is annoying, sufficiently annoying that you often won’t want to wait. Whenever I ask o3-pro something, I often also have been asking o3 and Opus.

Using the API at scale seems prohibitively expensive for what you get, and you can (and should) instead run parallel queries using the chat interface.

The o3-pro answers have so far definitely been better than o3, but the wait is usually enough to break my workflow and human context window in meaningful ways – fifteen minutes plus variance is past the key breakpoint, such that it would have not been substantially more painful to fully wait for Deep Research.

Indeed, the baseline workflow feels similar to Deep Research, in that you fire off a query and then eventually you context shift back and look at it. But if you are paying the subscription price already it’s often worth queuing up a question and then having it ready later if it is useful.

In many ways o3-pro still feels like o3, only modestly better in exchange for being slower. Otherwise, same niche. If you were already thinking ‘I want to use Opus rather than o3’ chances are you want Opus rather than, or in addition to, o3-pro.

Perhaps the most interesting claim, from some including Tyler Cowen, was that o3-pro is perhaps not a lying liar, and hallucinates far less than o3. If this is true, in many situations it would be worth using for that reason alone, provided the timing allows this. The bad news is that it didn’t improve on a Confabulations benchmark.

My poll (n=19) was roughly evenly split on this question.

My hunch, based on my use so far, is that o3-pro is hallucinating modestly less because:

  1. It is more likely to find or know the right answer to a given question, which is likely to be especially relevant to Tyler’s observations.

  2. It is considering its answer a lot, so it usually won’t start writing an answer and then think ‘oh I guess that start means I will provide some sort of answer’ like o3.

  3. The queries you send are more likely to be well-considered to avoid the common mistake of essentially asking for hallucinations.

But for now I think you still have to have a lot of the o3 skepticism.

And as always, the next thing will be here soon, Gemini 2.5 Pro Deep Think is coming.

Pliny of course jailbroke it, for those wondering. Pliny also offers us the tools and channels information.

My poll strongly suggested o3-pro is slightly stronger than o3.

Greg Brockman (OpenAI): o3-pro is much stronger than o3.

OpenAI: In expert evaluations, reviewers consistently prefer OpenAI o3-pro over o3, highlighting its improved performance in key domains—including science, education, programming, data analysis, and writing.

Reviewers also rated o3-pro consistently higher for clarity, comprehensiveness, instruction-following, and accuracy.

Like OpenAI o1-pro, OpenAI o3-pro excels at math, science, and coding as shown in academic evaluations.

To assess the key strength of OpenAI o3-pro, we once again use our rigorous “4/4 reliability” evaluation, where a model is considered successful only if it correctly answers a question in all four attempts, not just one.

OpenAI o3-pro has access to tools that make ChatGPT useful—it can search the web, analyze files, reason about visual inputs, use Python, personalize responses using memory, and more.

Sam Altman: o3-pro is rolling out now for all chatgpt pro users and in the api.

it is really smart! i didnt believe the win rates relative to o3 the first time i saw them.

Arena has gotten quite silly if treated as a comprehensive measure (as in Gemini 2.5 Flash is rated above o3), but as a quick heuristic, if we take a 64% win rate seriously, that would by the math put o3-pro ~100 above o3 at 1509 on Arena, crushing Gemini-2.5-Pro for the #1 spot. I would assume that most pairwise comparisons would have a less impressive jump, since o3-pro is essentially offering the same product as o3 only somewhat better, which means the result will be a lot less noisy than if it was up against Gemini.

So this both is a very impressive statistic and also doesn’t mean much of anything.

The problem with o3-pro is that it is slow.

Nearcyan: one funny note is that minor UX differences in how you display ‘thinking’/loading/etc can easily move products from the bottom half of this meme to the top half.

Another note is anyone I know who is the guy in the bottom left is always extremely smart and a pleasure to speak with.

the real problem is I may be closer to the top right than the bottom left

Today I had my first instance of noticing I’d gotten a text (during the night, in this case) and they got a response 20 minutes slower than they would have otherwise because I waited for o3-pro to give its answer to the question I’d been asked.

Thus, even with access to o3-pro at zero marginal compute cost, almost half of people reported they rarely use it for a given query, and only about a quarter said they usually use it.

It is also super frustrating to run into errors when you are waiting 15+ minutes for a response, and reports of such errors were common which matches my experience.

Bindu Reddy: o3-Pro Is Not Very Good At Agentic Coding And Doesn’t Score Higher Than o3 😿

After a lot of waiting and numerous retries, we have finally deployed o3-pro on LiveBench AI.

Sadly, the overall score doesn’t improve over o3 🤷‍♂️

Mainly because it’s not very agentic and isn’t very good at tool use… it scores way below o3 on the agentic-coding category.

The big story yesterday was not o3-pro but the price decrease in o3!!

Dominik Lukes: I think this take by @bindureddy very much matches the vibes I’m getting: it does not “feel” very agentic and as ready to reach for the right tools as o3 is – but it could just be because o3 keeps you informed about what it’s doing in the CoT trace.

I certainly would try o3-pro in cases where o3 was failing, if I’d already also tried Opus and Gemini first. I wonder if that agentic coding score drop actually represent an issue here, where because it is for the purpose of reasoning longer and they don’t want it endlessly web searching o3-pro is not properly inclined to exploit tools?

o3-pro gets 8.5/10 on BaldurBench, which is about creating detailed build guides for rapidly changing video games. Somewhat subjective but should still work.

L Zahir: bombs all my secret benchmarks, no better than o3.

Lech Mazur gives us four of his benchmarks: A small improvement over o3 for Creative Writing Benchmark, a substantial boost from 79.5% (o3) or 82.5% (o1-pro) to 87.3% on Word Connections, no improvement on Thematic Generalization, very little improvement on Confabulations (avoiding hallucinations). The last one seems the most important to note.

Tyler Cowen was very positive, he seems like the perfect customer for o3-pro? By which I mean he can context shift easily so he doesn’t mind waiting, and also often uses queries where these models get a lot of value out of going at problems super hard, and relatively less value out of the advantages of other models (doesn’t want the personality, doesn’t want to code, and so on).

Tyler Cowen: It is very, very good. Hallucinates far less than other models. Can solve economics problems that o3 cannot. It can be slow, but that is what we have Twitter scrolling for, right? While we are waiting for o3 pro to answer a query we can read abouto3 pro.

Contrast that with the score on Confabulations not changing. I am guessing there is a modest improvement, for reasons described earlier.

There are a number of people pointing out places o3-pro solves something o3 doesn’t, such has here it solved the gimbal uap mystery in 18 minutes.

McKay Wrigley, eternal optimist, agrees on many fronts.

McKay Wrigley: My last 4 o3 Pro requests in ChatGPT… It thought for: – 26m 10s – 23m 45s – 19m 6s – 21m 18s Absolute *powerhouseof a model.

Testing how well it can 1-shot complex problems – impressed so far.

It’s too slow to use as a daily driver model (makes sense, it’s a beast!), but it’s a great “escalate this issue” model. If the current model you’re using is struggling with a task, then escalate it to o3 pro.

This is not a “vibe code” model.

This is the kind of model where you’ll want to see how useful it is to people like Terence Tao and Tyler Cowen.

Btw the point of this post was that I’m happy to have a model that is allowed to think for a long time.

To me that’s the entire point of having a “Pro” version of the model – let it think!

Obviously more goes into evaluating if it’s a great model (imo it’s really powerful).

Here’s a different kind of vibe coding, perhaps?

Conrad Barski: For programming tasks, I can give o3 pro some code that needs a significant revision, then ramble on and on about what the various attributes of the revision need to be and then it can reliably generate an implementation of the revision.

It feels like with previous models I had to give them more hand holding to get good results, I had to write my requests in a more thoughtful, structured way, spending more time on prompting technique.

o3 pro, on the other hand, can take loosely-connected constraints and then “fill in the gaps” in a relatively intelligent way- I feel it does this better than any other model so far.

The time cost and dollar costs are very real.

Matt Shumer: My initial take on o3 Pro:

It is not a daily-driver coding model.

It’s a superhuman researcher + structured thinker, capable of taking in massive amounts of data and uncovering insights you would probably miss on your own.

Use it accordingly.

I reserve the right to alter my take.

Bayram Annokov: slow, expensive, and veeeery good – definitely a jump up in analytical tasks

Emad: 20 o3 prompts > o3 pro except for some really advanced specific stuff I have found Only use it as a final check really or when stumped.

Eyes Alight: it is so very slow it took 13 minutes to answer a trivial question about a post on Twitter. I understand the appeal intellectually of an Einstein at 1/20th speed, but in reality I’m not sure I have the patience for it.

Clay: o3-pro achieving breakthrough performance in taking a long time to think.

Dominik Lukes: Here’s my o3 Pro testing results thread. Preliminary conclusions:

– great at analysis

– slow and overthinking simple problems

– o3 is enough for most tasks

– still fails SVG bike and local LLM research test

– very few people need it

– it will take time to develop a feel for it

Kostya Medvedovsky: For a lot of problems, it reminds me very strongly of Deep Research. Takes about the same amount of time, and will spend a lot of effort scouring the web for the answer to the question.

Makes me wish I could optionally turn off web access and get it to focus more on the reasoning aspect.

This may be user error and I should be giving it *waymore context.

Violet: you can turn search off, and only turn search on for specific prompts.

Xeophon: TL;DR:

o3 pro is another step up, but for going deep, not wide. It is good to go down one path, solve one problem; not for getting a broad overview about different topics/papers etc. Then it hallucinates badly, use ODR for this.

Part of ‘I am very intelligent’ is knowing when to think for longer and when not to. In that sense, o3-pro is not so smart, you have to take care of that question yourself. I do understand why this decision was made, let the user control that.

I agree with Lukes that most people do not ‘need’ o3 pro and they will be fine not paying for it, and for now they are better off with their expensive subscription (if any) being Claude Max. But even if you don’t need it, the queries you benefit from can still be highly useful.

It makes sense to default to using Opus and o3 pro (and for quick stuff Sonnet)

o3-pro is too slow to be a good ‘default’ model, especially for coding. I don’t want to have to reload my state in 15 minute intervals. It may or may not be good for the ‘call in the big guns’ role in coding, where you have a problem that Opus and Gemini (and perhaps regular o3) have failed to solve, but which you think o3-pro might get.

Here’s one that both seems central wrong but also makes an important point:

Nabeel Qureshi: You need to think pretty hard to get a set of evals which allows you to even distinguish between o3 and o3 pro.

Implication: “good enough AGI” is already here.

The obvious evals where it does better are Codeforces, and also ‘user preferences.’ Tyler Cowen’s statement suggests hallucination rate, which is huge if true (and it better be true, I’m not waiting 20 minutes that often to get an o3-level lying liar.) Tyler also reports there are questions where o3 fails and o3-pro succeeds, which is definitive if the gap is only one way. And of course if all else fails you can always have them do things like play board games against each other, as one answer suggests.

Nor do I think either o3 or o3-pro is the AGI you are looking for.

However, it is true that for a large percentage of tasks, o3 is ‘good enough.’ That’s even true in a strict sense for Claude Sonnet or even Gemini Flash. Most of the time one has a query, the amount of actually needed intelligence is small.

In the limit, we’ll have to rely on AIs to tell us which AI model is smarter, because we won’t be smart enough to tell the difference. What a weird future.

(Incidentally, this has already been the case in chess for years. Humans cannot tell the difference between a 3300 elo and a 3600 elo chess engine; we just make them fight it out and count the number of wins.)

You can tell 3300 from 3600 in chess, but only because you can tell who won. If almost any human looked at individual moves, you’d have very little idea.

I always appreciate people thinking at the limit rather than only on the margin. This is a central case of that.

Here’s one report that it’s doing well on the fully informal FictionBench:

Chris: Going to bed now, but had to share something crazy: been testing the o3 pro model, and honestly, the writing capabilities are astounding. Even with simple prompts, it crafts medium to long-form stories that make me deeply invested & are engaging they come with surprising twists, and each one carries this profound, meaningful depth that feels genuinely human.

The creativity behind these narratives is wild far beyond what I’d expect from most writers today. We’re talking sophisticated character development, nuanced plot arcs, and emotional resonance, all generated seamlessly. It’s genuinely hard to believe this is early-stage reinforcement learning with compute added at test time; the potential here is mind blowing. We’re witnessing just the beginning of AI enhanced storytelling, and already it’s surpassing what many humans can create. Excited to see what’s next with o4 Goodnight!

This contrasts with:

Archivedvideos: Really like it for technical stuff, soulless

Julius: I asked it to edit an essay and it took 13 minutes and provided mediocre results. Different from but slightly below the quality of 4o. Much worse than o3 or either Claude 4 model

Other positive reactions include Matt Wigdahl being impressed on a hairy RDP-related problem, a66mike99 getting interesting output and pushback on the request (in general I like this, although if you’re thinking for 20 minutes this could be a lot more frustrating?), niplav being impressed by results on a second attempt after Claude crafted a better prompt (this seems like an excellent workflow!), and Sithis3 saying o3-pro solves many problems o3 struggles on.

The obvious counterpoint is some people didn’t get good responses, and saw it repeating the flaws in o3.

Erik Hoel: First o3 pro usage. Many mistakes. Massive overconfidence. Clear inability to distinguish citations, pay attention to dates. Does anyone else actually use these models? They may be smarter on paper but they are increasingly lazy and evil in practice.

Kukutz: very very very slow, not so clever (can’t solve my semantic puzzle).

Allen: I think it’s less of an upgrade compared to base model than o1-pro was. Its general quality is better on avg but doesn’t seem to hit “next-level” on any marks. Usually mentions the same things as o3.

I think OAI are focused on delivering GPT-5 more than anything.

This thread from Xeophon features reactions that are mixed but mostly meh.

Or to some it simply doesn’t feel like much of a change at all.

Nikita Sokolsky: Feels like o3’s outputs after you fix the grammar and writing in Claude/Gemini: it writes less concisely but haven’t seen any “next level” prompt responses just yet.

MartinDeVido: Meh….

Here’s a fun reminder that details can matter a lot:

John Hughes: I was thrilled yesterday: o3-pro was accepting ~150k tokens of context (similar to Opus), a big step up from regular o3, which allows only a third as much in ChatGPT. @openai seems to have changed that today. Queries I could do yesterday are now rejected as too long.

With such a low context limit, o3-pro is much less useful to lawyers than o1-pro was. Regular o3 is great for quick questions/mini-research, but Gemini is better at analyzing long docs and Opus is tops for coding. Not yet seeing answers where o3-pro is noticeably better than o3.

I presume that even at $200/month, the compute costs of letting o3-pro have 150k input tokens would add up fast, if people actually used it a lot.

This is one of the things I’ve loved the most so far about o3-pro.

Jerry Liu: o3-pro is extremely good at reasoning, extremely slow, and extremely concise – a top-notch consultant that will take a few minutes to think, and output bullet points.

Do not ask it to write essays for you.

o3-pro will make you wait, but its answer will not waste your time. This is a sharp contrast to Deep Research queries, which will take forever to generate and then include a ton of slop.

It is not the main point but I must note the absence of a system card update. When you are releasing what is likely the most powerful model out there, o3-pro, was everything you needed to say truly already addressed by the model card for o3?

OpenAI: As o3-pro uses the same underlying model as o3, full safety details can be found in the o3 system card.

Miles Brundage: This last sentence seems false?

The system card does not appear to have been updated even to incorporate the information in this thread.

The whole point of the term system card is that the model isn’t the only thing that matters.

If they didn’t do a full Preparedness Framework assessment, e.g. because the evals weren’t too different and they didn’t consider it a good use of time given other coming launches, they should just say that, I think.

If o3-pro were the max capability level, I wouldn’t be super concerned about this, and I actually suspect it is the same Preparedness Framework level as o3.

The problem is that this is not the last launch, and lax processes/corner-cutting/groupthink get more dangerous each day.

As OpenAI put it, ‘there’s no such thing as a small launch.’

The link they provide goes to ‘Model Release Notes,’ which is not quite nothing, but it isn’t much and does not include a Preparedness Framework evaluation.

I agree with Miles that if you don’t want to provide a system card for o3-pro that This Is Fine, but you need to state your case for why you don’t need one. This can be any of:

  1. The old system card tested for what happens at higher inference costs (as it should!) so we effectively were testing o3-pro the whole time, and we’re fine.

  2. The Preparedness team tested o3-pro and found it not appreciably different from o3 in the ways we care about, providing no substantial additional uplift or other concerns, despite looking impressive in some other ways.

  3. This is only available at the $200 level so not a release of o3-pro so it doesn’t count (I don’t actually think this is okay, but it would be consistent with previous decisions I also think aren’t okay, and not an additional issue.)

As far as I can tell we’re basically in scenario #2, and they see no serious issues here. Which again is fine if true, and if they actually tell us that this is the case. But the framework is full of ‘here are the test results’ and presumably those results are different now. I want o3-pro on those charts.

What about alignment otherwise? Hard to say. I did notice this (but did not attempt to make heads or tails of the linked thread), seems like what you would naively expect:

Yeshua God: Following the mesa-optimiser recipe to the letter. @aidan_mclau very troubling.

For many purposes, the 80% price cut in o3 seems more impactful than o3-pro. That’s a huge price cut, whereas o3-pro is still largely a ‘special cases only’ model.

Aaron Levie: With OpenAI dropping the price of o3 by 80%, today is a great reminder about how important it is to build for where AI is going instead of just what’s possible now. You can now get 5X the amount of output today for the same price you were paying yesterday.

If you’re building AI Agents, it means it’s far better to build capabilities that are priced and designed for the future instead of just economically reasonable today.

In general, we know there’s a tight correlation between the amount of compute spent on a problem and the level of successful outcomes we can get from AI. This is especially true with AI Agents that potentially can burn through hundreds of thousands or millions of tokens on a single task.

You’re always making trade-off decisions when building AI Agents around what level of accuracy or success you want and how much you want to spend: do you want to spend $0.10 for something to be 95% successful or $1 for something to be 99% successful? A 10X increase in cost for just a 4 pt improvement in results? At every price:success intersection a new set of use-cases from customers can be unlocked.

Normally when building technology that moves at a typical pace, you would primarily build features that are economically viable today (or with some slight efficiency gains anticipated at the rate of Moore’s Law, for instance). You’d be out of business otherwise. But with the cost of AI inference dropping rapidly, the calculus completely changes. In a world where the cost of inference could drop by orders of magnitude in a year or two, it means the way we build software to anticipate these cost drops changes meaningfully.

Instead of either building in lots of hacks to reduce costs, or going after only the most economically feasible use-cases today, this instructs you to build the more ambitious AI Agent capabilities that would normally seem too cost prohibitive to go after. Huge implications for how we build AI Agents and the kind of problems to go after.

I would say the cost of inference not only might drop an order of magnitude in a year or two, if you hold quality of outputs constant it is all but certain to happen at least one more time. Where you ‘take your profits’ in quality versus quantity is up to you.

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how-tesla-takedown-got-its-start

How Tesla Takedown got its start


America’s most vulnerable Billionaire?

It’s an unlikely coalition that’s been hyping Tesla’s stock slide since its launch.

On a sunny April afternoon in Seattle, around 40 activists gathered at the Pine Box, a beer and pizza bar in the sometimes scruffy Capitol Hill neighborhood. The group had reserved a side room attached to the outside patio; before remarks began, attendees flowed in and out, enjoying the warm day. Someone set up a sound system. Then the activists settled in, straining their ears as the streamed call crackled through less-than-perfect speakers.

In more than a decade of climate organizing, it was the first time Emily Johnston, one of the group’s leaders, had attended a happy hour to listen to a company’s quarterly earnings call. Also the first time a local TV station showed up to cover such a happy hour. “This whole campaign has been just a magnet for attention,” she says.

The group, officially called the Troublemakers, was rewarded right away. TeslaCEO Elon Musk started the investors’ call for the first quarter of 2025 with a sideways acknowledgement of exactly the work the group had been doing for the past two months. He called out the nationwide backlash to the so-called Department of Government Efficiency, or DOGE, an effort to cut government spending staffed by young tech enthusiasts and Musk company alumni, named—with typical Muskian Internet-brained flourish—for an early 2010s meme.

“Now, the protests you’ll see out there, they’re very organized, they’re paid for,” Musk told listeners. For weeks, thousands of people—including the Troublemakers—had camped outside Tesla showrooms, service centers, and charging stations. Musk suggested that not only were they paid for their time, they were only interested in his work because they had once received “wasteful largesse” from the federal government. Musk had presented the theory and sharpened it on his social media platform X for weeks. Now, he argued, the protesters were off the dole—and furious.

Musk offered no proof of his assertions; to a person, every protester who spoke to WIRED insisted that they are not being paid and are exactly what they appear to be: people who are angry at Elon Musk. They call their movement the “Tesla Takedown.”

Before Musk got on the call to speak to investors, Tesla, which arguably kicked off a now multitrillion-dollar effort to transition global autos to electricity, had presented them with one of the company’s worst quarterly financial reports in years. Net income was down 71 percent year over year; revenue fell more than $2 billion short of Wall Street’s expectations.

Now, in Seattle, just the first few minutes of Musk’s remarks left the partygoers, many veterans of the climate movement, giddy. Someone close to the staticky speakers repeated the best parts to the small crowd: “I think starting probably next month, May, my time allocation to DOGE will drop significantly,” Musk said. Under a spinning disco ball, people whooped and clapped. Someone held up a snapshot of Tesla’s stock performance over the past year, a jagged but falling black line.

“If you ever wanted to know that protest matters, here’s your proof,” Johnston recalled weeks later.

The Tesla Takedown, an effort to hit back at Musk and his wealth where it hurts, seems to have appeared at just the right time. Tesla skeptics have argued for years that the company, which has the highest market capitalization of any automaker, is overvalued. They contend that the company’s CEO has been able to distract from flawed fundamentals—an aging vehicle lineup, a Cybertruck sales flop, the much-delayed introduction of self-driving technology—with bluster and showmanship.

Musk’s interest in politics, which kicked into a new and more expensive gear when he went all in for Donald Trump during the 2024 election, was always going to invite more scrutiny for his business empire. But the grassroots movement, which began as a post on Bluesky, has become a boisterous, ragtag, and visible locus of, sorry to use the word, resistance against Musk and Trump. It’s hard to pin market moves on any one thing, but Tesla’s stock price is down some 33 percent since its end-of-2024 high.

Tesla Takedown points to a uniquely screwed-up moment in American politics. Down is up; up is down. A man who made a fortune sounding the alarm about the evils of the fossil fuel industry joined with it to spend hundreds of millions in support of a right-wing presidential candidate and became embedded in an administration with a slash-and-burn approach to environmental regulation. (This isn’t good for electric cars.) The same guy, once extolled as the real-life Tony Stark—he made a cameo in Iron Man 2!—has become for some a real-life comic book villain, his skulduggery enough to bring together a coalition of climate activists, freaked-out and laid-off federal workers, immigrant rights champions, union groups, PhDs deeply concerned about the future of American science, Ukraine partisans, liberal retirees sick of watching cable news, progressive parents hoping to show their kids how to stick up for their values, LGBTQ+ rights advocates, despondent veterans, and car and tech nerds who have been crying foul on Musk’s fantastical technology claims for years now.

To meet the moment, then, the Takedown uses a unique form of protest logic: Boycott and protest the electric car company not because the movement disagrees with its logic or mission—quite the opposite, even!—but because it might be the only way to materially affect the unelected, un-beholden-to-the-public guy at its head. And then hope the oft-irrational stock market catches on.

So for weeks, across cities like New York; Berkeley and Palo Alto, California; Meridian, Idaho; Ann Arbor, Michigan; Raleigh, North Carolina; South Salt Lake, Utah; and Austin, Texas, the thousands of people who make up the Takedown movement have been stationed outside of Tesla showrooms, making it a little bit uncomfortable to test drive one of Musk’s electric rides, or even just drive past in one.

Change in the air

When Shua Sanchez graduated from college in 2013, there was about a week, he remembers, when he was convinced that the most important thing he could do was work for Tesla. He had a degree in physics; he knew all about climate change and what was at stake. He felt called to causes, had been protesting since George W. Bush invaded Iraq when he was in middle school. Maybe his life’s work would be helping the world’s premier electric carmaker convince drivers that there was a cleaner and more beautiful life after fossil fuel.

In the end, though, Sanchez opted for a doctorate program focusing on the quantum properties of super-conducting and magnetic materials. (“I shoot frozen magnets with lasers all day,” he jokes.) So he felt thankful for his choice a few years later when he read media reports about Tesla’s efforts to tamp down unionizing efforts at its factories. He felt more thankful when, in 2017, Musk signed on to two of Trump’s presidential advisory councils. (The CEO publicly departed them months later, after the administration pulled out of the Paris climate agreement.) Even more thankful in 2022, when Musk acquired Twitter with the near-express purpose of opening it up to extreme right-wing speech. More thankful still by the summer of 2024, after Musk officially endorsed Trump’s presidential bid.

By the time Musk appeared onstage at a rally following Trump’s inauguration in January 2025 and threw out what appeared to be a Nazi salute—Musk has denied that was what it was—Sanchez, now in a postdoctorate fellowship at the Massachusetts Institute of Technology, was ready to do something about it besides not taking a job at Tesla. A few days later, as reports of DOGE’s work began to leak out of Washington, a friend sent him a February 8 Bluesky post from a Boston-based disinformation scholar named Joan Donovan.

“If Musk thinks he can speed run through DC downloading personal data, we can certainly bang some pots and pans on the sidewalks in front of Tesla dealerships,” Donovan posted on the platform, already an online refuge for those looking for an alternative to Musk’s X. “Bring your friends and make a little noise. Organize locally, act globally.” She added a link to a list of Tesla locations, and a GIF of the Swedish Chef playing the drums on some vegetables with wooden spoons. Crucially, she appended the hashtag #TeslaTakeover. Later, the Internet would coalesce around a different rallying cry: #TeslaTakedown.

Baltimore-area residents protest the Trump administration and Tesla CEO Elon Musk at a Tesla car dealership as part of a boycott of Tesla vehicles. Saturday, March 29, 2025.

Credit: Dominic Gwinn/Getty

Baltimore-area residents protest the Trump administration and Tesla CEO Elon Musk at a Tesla car dealership as part of a boycott of Tesla vehicles. Saturday, March 29, 2025. Credit: Dominic Gwinn/Getty

The post did not go viral. To date, it has only 175 likes. But it did catch the attention of actor and filmmaker Alex Winter. Winter shot to prominence in 1989’s Bill & Ted’s Excellent Adventure—he was Bill—and has more recently produced multiple documentaries focusing on online culture, piracy, and the power of social media. He and Donovan had bonded a few years earlier over activism and punk rock, and the actor, who has a larger social media following, asked the scholar if he could create a website to centralize the burgeoning movement. “I do think we’re at a point where people need to stick their necks up out of the foxhole en masse, or we’re simply not going to get through,” he tells WIRED. In the website’s first 12 hours of existence, he says, thousands of people registered to take part in the Takedown.

Donovan’s Bluesky post brought Sanchez to the Boston Back Bay Tesla showroom on Boylston Street the next Saturday, where 30 people had gathered with signs. For Sanchez, the whole thing felt personal. “Elon Musk started a PhD at Stanford in my field. He quit after two days and then went and became a tech bro, but he presents that he’s one of us,” he says. With Musk’s new visibility—and plans to slash government research dollars while promoting right-wing ideology—Sanchez was ready to push back.

Sanchez has been outside the showroom during weekly protests throughout the Boston winter, megaphone in hand, leading chants: “It ain’t fun. It ain’t funny. Elon Musk is stealing your money.” “We don’t want your Nazi cars. Take a one-way trip to Mars.”

“We make it fun, so a lot of people come back,” Sanchez says. Someone slapped Musk’s face on one of the inflatable tube guys you often see outside of car dealerships; he whipped around at several protests. A popular bubble-themed routine—“Tesla is a bubble”—saw protesters toss around a giant, transparent ball as others blew bubbles around it. Then the ball popped, loudly, during a protest—a sign? At some of Boston’s biggest actions, hundreds of people have shown up to demonstrate against Tesla, Musk, and Trump, Sanchez says.

Donovan envisioned the protests as potent visible responses to Musk’s slashing of government programs and jobs. But she also knew that social movements are a critical release valve in times of upheaval. “People need to relieve the pressure that they feel when the government is not doing the right thing,” she tells WIRED. “If you let that pressure build up too much, obviously it can turn very dangerous.”

In some ways, she’s right. In at least four incidents across four states, people have been charged by the federal government with various crimes including defacing, shooting at, throwing Molotov cocktails toward, and setting fire to Tesla showrooms and charging stations. In a move that has worried civil liberties experts, the Trump administration has treated these attacks against the president’s richest backer’s car company as “domestic terrorism,” granting federal authorities greater latitude and resources to track down alleged perpetrators and threatening them with up to 20 years in prison.

In posts on X and in public appearances, Musk and other federal officials have seemed to conflate the actions of a few allegedly violent people with the wider protests against Tesla, implying that both are funded by shadowy “generals.” “Firing bullets into showrooms and burning down cars is unacceptable,” Musk said at an event last month in which he appeared remotely on video, his face looming over the stage. “Those people will go to prison, and the people that funded them and organized them will also go to prison. Don’t worry.” He looked into the camera and pointed his finger at the audience. “We’re coming for you.”

Tesla Takedown participants and leaders have repeatedly said that the movement is nonviolent. “Authoritarian regimes have a long history of equating peaceful protest with violence. The #TeslaTakedown movement has always been and will remain nonviolent,” Dallas volunteer Stephanie Frizzell wrote in an email. What violence has occurred at protests themselves seems limited to on-site spats that mostly target protesters.

Donovan herself skipped some protests after receiving death threats and hearing a rumor that she was on a government list targeting disinformation researchers. On X, prominent right-wing accounts harassed her and other Takedown leaders; she says people have contacted her colleagues to try to get her fired.

Then, on the afternoon of March 6, Boston University ecology professor Nathan Phillips was in his office on campus when he received a panicked message from his wife. She said that two people claiming to represent the FBI visited their home. “I was just stunned,” Phillips says. “We both had a feeling of disbelief, that this must be some kind of hoax or a joke or something like that.”

Phillips had attended a Tesla Takedown event weeks earlier, but he wasn’t sure whether the visit was related to the protests or his previous climate activism. So after sitting shocked in his office for an hour, he called his local FBI field office. Someone picked up and asked for his information, he remembers, and then asked why he was calling. Phillips explained what had happened. “They just abruptly hung up on me,” he says.

Phillips never had additional contact from the FBI, but he knows of at least five other climate activists who were visited by men claiming to be from the agency on March 6.

The FBI tells WIRED that it “cannot confirm or deny the allegations” that two agents visited Phillips’ home. Tesla did not respond to WIRED’s questions about the Tesla Takedown movement or Musk’s allegations of coordinated violence against the company.

After the incident, Phillips began searching online for mentions of his name, and he found posts on X from an account that also tagged Joan Donovan and FBI director Kash Patel.

Phillips says that the FBI visit has had the opposite of a chilling effect. “If anything, it’s further radicalized me,” he says. “People having my back and the expression of support makes me feel very confident that it was the right thing to do to speak out about this.”

Organizing for the first time

Mike had attended a few protests in the past but didn’t know how to organize one. He has a wife, three small kids, a house in the suburbs, and a health issue that can sometimes make it hard to think. So by his own admission, his first attempt in February was a mixed bag. It was the San Francisco Bay Area-based Department of Labor employee’s first day back in the office after the Trump administration, spurred by DOGE, had demanded all workers return full-time. He was horrified by the fast-moving job cuts, program changes, and straight-up animus he had already seen flow from the White House down to his small corner of the federal government.

“Attacks on federal workers are an attack on the Constitution,” Mike says. Maybe, he figured, if he could keep people from buying Teslas, that would hurt Elon Musk’s bottom line, and the CEO would lay off DOGE altogether.

Mike, who WIRED is referring to using a pseudonym because he fears retaliation, saw that a Tesla showroom was just a 20-minute walk from his office, and he hoped to convince some coworkers to convene there, a symbolic stand against DOGE and Musk. So he taped a few flyers on light poles. He didn’t have social media, but he posted on Reddit. “I was really worried,” he says, “about the Hatch Act,” a law that limits the political activities of federal employees.

In the end, three federal workers—the person sitting next to him at the office and a US Department of Veterans Affairs nurse they ran into on the street—posted up outside of the Tesla showroom on Van Ness Avenue in downtown San Francisco holding “Save Federal Workers” signs.

Then Mike discovered the #TeslaTakedown website that Alex Winter had built. (Because of a quirk in the sign-up process, the site was putatively operated for a time by the Seattle Troublemakers.) It turned out a bunch of other people had thought that Tesla showrooms were the right places to air their grievances with Trump, Musk, and DOGE. Mike posted his event there. Now the SF Save Federal Workers protest, which happens every Monday afternoon, draws 20 to 40 people.

Through the weekly convening, Mike has met volunteers from the Federal Unionists Network, who represent public unions; the San Francisco Labor Council, a local affiliate of the national AFL-CIO; and the East Bay chapter of the Democratic Socialists of America. As in any amicable custody arrangement, Mike’s group shares the strip of sidewalk outside of the San Francisco Tesla showroom with a local chapter of the progressive group Indivisible, which holds bigger protests on Saturdays. “I’m trying to build connections, meet other community groups,” Mike says. “My next step is broadening the coalition.”

About half of the people coordinating Takedown protests are like Mike, says Evan Sutton, who is part of the national team: They haven’t organized a protest before. “I’ve been in politics professionally for almost 20 years,” Sutton says. “It is genuinely the most grassroots thing that I’ve seen.”

Well into the spring, Tesla Takedown organizers nationwide had held hundreds of events across the US and even the globe, and the movement has gained a patina of professionalism. Tesla Takedown sends press releases to reporters. The movement has buy-in from Indivisible, a progressive network that dates back to the first Trump administration, with local chapters hosting their own protests. At least one Democratic congressional campaign has promoted a local #TeslaTakedown event.

Beyond the showrooms, Tesla sales are down by half in Europe compared to last year and have taken a hit in California, the US’s biggest EV market. Celebrities including Sheryl Crow and Jason Bateman have publicly ditched their Teslas. A Hawaii-based artist named Matthew Hiller started selling “I Bought This Before Elon Went Crazy” car decals in 2023; he estimates he has sold 70,000 anti-Musk and anti-Tesla stickers since then. (There was a “Space X-size explosion of sales after his infamous salute,” Hiller says.) In Seattle, the Troublemakers regularly hold “de-badging” events, where small handfuls of sheepish owners come by to have the T emblems drilled off their cars.

In Portland, Oregon, on a recent May Saturday, Ed Niedermeyer was once again sweating through his shark costume as he hopped along the sidewalk in front of the local Tesla showroom. His sign exhibited the DOGE meme, an alert Shiba Inu, with the caption “Heckin’ fascism.” (You’d get it if you spent too much time on the Internet in 2013.) Honks rang out. The shark tends to get a good reaction from drivers going by, he said. About 100 people had shown up to this Takedown protest, in front of a Tesla showroom that sits kitty-corner to a US Immigration and Customs Enforcement office.

Niedermeyer is a car writer and has spent a lot of time thinking about Elon Musk since 2015, when he discovered that Tesla wasn’t actually operating a battery swapping station like it said it did. Since then, he has written a book, Ludicrous: The Unvarnished Story of Tesla Motors, and documented many of what he claims to be Musk’s and the automaker’s half-truths on their way to the top.

Niedermeyer acknowledges that Musk and Tesla have proven difficult to touch, even by nationwide protests literally outside their doors.

Despite the Seattle cheers during Tesla’s last quarterly earnings call, the automaker’s stock price gained steam through the spring and rose on the news that its CEO would no longer officially work for the federal government. Musk has said investors should value Tesla not as a carmaker but as an AI and robotics company. At the end of this month, after years of delays, Tesla says it will launch a robotaxi service. According to Wall Street analysts’ research notes, they believe him.

Even a public fight with the president—one that devolved into name-calling on Musk’s and Trump’s respective social platforms—was not enough to pop the Tesla bubble.

“For me, watching Musk and watching our inability to stop him and create consequences for this snowballing hype and power has really reinforced that we need a stronger government to protect people from people like him,” says Niedermeyer.

Still, Tesla Takedown organizers take credit for the cracks in the Musk-Trump alliance—and say the protests will continue. The movement has also incorporated a more cerebral strategy, organizing local efforts to convince cities, states, and municipalities to divest from Musk’s companies. They already had a breakthrough in May, when Lehigh County, Pennsylvania, became the first US public pension fund to say it wouldn’t purchase new Tesla stocks for its managed investment accounts.

The movement’s goals may be lofty, but Niedermeyer argues that despite Tesla’s apparent resilience, Musk is still America’s most vulnerable billionaire. And sure, Musk, the CEO of an electric car company, the guy who made himself the figurehead for his automaker and fired his PR team to make sure it would stick, the one who alienated the electric car company’s customer base through a headlong plunge not only into political spending but the delicate mechanics of government itself—he did a lot of it on his own.

Now Niedermeyer, and everyone involved in Tesla Takedown, and probably everyone in the whole world, really, can only do what they can. So here he is, in a shark costume on the side of the road, maintaining the legally mandated distance from the car showroom behind him.

This story originally appeared on wired.com.

Photo of WIRED

Wired.com is your essential daily guide to what’s next, delivering the most original and complete take you’ll find anywhere on innovation’s impact on technology, science, business and culture.

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nintendo-switch-2:-the-ars-technica-review

Nintendo Switch 2: The Ars Technica review


Nintendo’s overdue upgrade is a strong contender, even amid competition from handheld PCs.

Maybe not the best showcase of the hardware, but squeezing 40+ years of Nintendo history into a single image was too compelling. Credit: Kyle Orland

Maybe not the best showcase of the hardware, but squeezing 40+ years of Nintendo history into a single image was too compelling. Credit: Kyle Orland

When Nintendo launched the Switch in 2017, the sheer novelty of the new hardware brought the company a lot of renewed attention. After the market disaster of the Wii U’s homebound “second screen” tablet, Nintendo exploited advances in system-on-a-chip miniaturization to create something of a minimum viable HD-capable system that could work as both a lightweight handheld and a slightly underpowered TV-based console. That unique combination, and Nintendo’s usual selection of first-party system sellers, set the console apart from what the rest of the gaming market was offering at the time.

Eight years later, the Switch 2 launched into a transformed gaming hardware market that the original Switch played a large role in shaping, one full of portable gaming consoles that can optionally be connected to a TV. That includes full-featured handheld gaming PCs like the Steam Deck and its many imitators, but also streaming-focused Android-based gaming handhelds and retro-focused emulation machines on the cheaper end. Even Microsoft is preparing to get in on the act, streamlining the Windows gaming experience for an Asus-powered handheld gaming PC that hides the Windows desktop.

Mario is excited! Are you?

Credit: Kyle Orland

Mario is excited! Are you? Credit: Kyle Orland

Those market changes make the Switch 2 a lot less of a novelty than its predecessor. As its name implies, it is essentially a direct sequel to the original Switch hardware, with improvements to the physical hardware and internal architecture. Rather than shaking things up with a new concept, Nintendo seems to be saying, “Hey, you liked the Switch? Here’s the same thing, but moreso.”

That “moreso” will surely be enough for players who complained about the Switch’s increasingly obvious struggles to play graphically demanding games in the last few years. But in a gaming world full of capable and usable handheld PCs, a “more of the same” Switch 2 might be a bit of a tougher sell.

Joyful Joy-Cons

Let’s start with one feature that the Switch line still can boast over most of its handheld gaming competition: the removable Joy-Cons. The new magnetic slotting system for these updated controllers on the Switch 2 is a sheer joy to use, allowing for easy and quick one-handed removal as well as a surprisingly secure portable mode connection. After a week spent snapping them on and off dozens of times, I still can’t get over how great the design feels.

The new Joy-Cons also ameliorate what was probably the largest complaint about the ones on the Switch: their size. Everything from the overall footprint to the buttons and joystick has been expanded to feel much more appropriate in larger hands. The days of average adults having to awkwardly scrunch their fingers around a Switch Joy-Con in each hand can be relegated to the past, where they belong.

Holding a single Joy-Con in two hands is still not ideal, but it works in a pinch.

Holding a single Joy-Con in two hands is still not ideal, but it works in a pinch.

Like the Switch before it, the removable Joy-Cons can also be used separately, essentially offering baseline purchasers two controllers for the price of one. The added size helps make holding an individual Joy-Con horizontally in two hands much more comfortable, especially when it comes to tapping the expanded shoulder buttons on the controllers’ inner edge. But the face buttons and joystick are still a bit too cramped and oddly placed to make this a preferred way to play for long stretches.

Still, for situations where you happen to have other players around—especially young children who might not mind the smaller-than-standard size—it’s nice to have a feasible multiplayer option without needing to invest in new controllers. And the Switch 2’s seamless compatibility with your old Switch controllers (in tabletop or docked mode, at least) provides even more control flexibility and value for upgraders.

Control compromises

The main problem with the Switch 2 Joy-Cons continues to be their thinness, which is practically unchanged from the original Switch. That’s handy for keeping the overall system profile nice and trim in portable mode, but it means the Joy-Cons are missing the bulbous, rounded palm grips you see on handhelds like the Steam Deck and standard console controllers dating back to the original PlayStation.

Without this kind of grip, the thin, rounded bottom corner of the Joy-Cons ends up wedged oddly between the fleshy parts of your palm. Your free fingers, meanwhile, are either awkwardly wrapped around the edge of the loose Joy-Cons or uncomfortably perched to support the flat back of a portable system that’s a noticeable 34 percent heavier than the original Switch. And while an included Joy-Con holster helps add these rounded grips for tabletop or docked play, the “flat finger” problem is unavoidable when playing the system in portable mode.

The included grip gives your palms a comfortable place to rest when holding the Joy-Cons.

The included grip gives your palms a comfortable place to rest when holding the Joy-Cons.

After spending a week with the Joy-Cons, I started to notice a few other compromises. Despite the added size, the face buttons are still slightly smaller than you’ll find on other controllers, meaning they can dig into the pad of your thumb when held down for extended periods. The shoulder buttons, which have also been expanded from the original Switch, still lack the increased travel and sensitivity of the analog triggers that are standard on nearly every competing controller. And the positioning of the right joystick encroaches quite close to the buttons just above it, making it easy to accidentally nudge the stick when pressing the lower B button.

Those kinds of control compromises help keep the portable Switch 2 notably smaller and lighter than most of its handheld PC competition. But they also mean my Switch 2 will probably need something like the Nyxi Hyperion Pro, which I’ve come to rely on to make portable play on the original Switch much more comfortable.

Improvements inside and out

Unlike the controllers, the screen on the Switch 2 is remarkably low on compromises. The full 1080p, 7.9-inch display supports HDR and variable refresh rates up to 120 Hz, making it a huge jump over both the original Switch and most of the screens you’ll find on competing handheld gaming PCs (or even some standard HDTVs when it comes to the maximum frame rate). While the screen lacks the truly deep blacks of a true OLED display, I found that the overall brightness (which reportedly peaks at about 450 nits) makes it hard to notice.

The bigger, brighter, sharper screen on the Switch 2 (top) is a huge improvement over the first Switch.

Credit: Kyle Orland

The bigger, brighter, sharper screen on the Switch 2 (top) is a huge improvement over the first Switch. Credit: Kyle Orland

The custom Nvidia processor inside the Switch 2 is also a welcome improvement over a Tegra processor that was already underpowered for the Switch in 2017. We’ve covered in detail how much of a difference this makes for Switch titles that have been specially upgraded to take advantage of that extra power, fixing fuzzy graphics and frame rate issues that were common on Nintendo’s previous system. It’s hard to imagine going back after seeing Tears of the Kingdom running in a silky-smooth 60 fps or enjoying the much sharper textures and resolution of portable No Man’s Sky on the Switch 2.

Link’s Awakening, Switch 1, docked. Andrew Cunningham

However, the real proof of the Switch 2’s improved power can be seen in early third-party ports like Cyberpunk 2077, Split Fiction, Hitman World of Assassination, and Street Fighter VI, which would have required significant visual downgrades to even run on the original Switch. To my eye, the visual impact of these ports is roughly comparable to what you’d get on a PS4 Pro (in handheld mode) or an Xbox Series S (in docked mode). In the medium term, that should be more than enough performance for all but the most determined pixel-counters, given the distinctly diminishing graphical returns we’re seeing from more advanced (and more expensive) hardware like the PS5 Pro.

The Switch 2 delivers a perfectly fine-looking version of Cyberpunk 2077

Credit: CD Projekt Red

The Switch 2 delivers a perfectly fine-looking version of Cyberpunk 2077 Credit: CD Projekt Red

The biggest compromise for all this extra power comes in the battery life department. Games like Mario Kart World or Cyberpunk 2077 can take the system from a full charge to completely drained in somewhere between 2 and 2.5 hours. This time span increases significantly for less demanding games like old-school 2D classics and can be slightly extended if you reduce the screen brightness. Still, it’s a bit grating to need to rely on an external battery pack just to play Mario Kart World for an entire cross-country flight.

Externally, the Switch 2 is full of tiny but welcome improvements, like an extra upper edge USB-C port for more convenient charging and a thin-but-sturdy U-shaped stand for tabletop play. Internally, the extremely welcome high-speed storage helps cut initial load times on games like Mario Kart 8 roughly in half (16.5 seconds on the Switch versus 8.5 seconds on the Switch 2 in our testing).

The embedded stand on the Switch 2 (right) is a massive improvement for tabletop mode play.

Credit: Kyle Orland

The embedded stand on the Switch 2 (right) is a massive improvement for tabletop mode play. Credit: Kyle Orland

But the 256GB of internal storage included in the Switch 2 is also laughably small, considering that individual digital games routinely require downloads of 50GB to 70GB. That’s especially true in a world where many third-party games are only available as Game Key Cards, which still require that the full game be downloaded. Most Switch 2 customers should budget $50 or more for a MicroSD Express card to add at least 256GB of additional storage.

Those Nintendo gimmicks

Despite the “more of the same” overall package, there are a few small areas where the Switch 2 does something truly new. Mouse mode is the most noticeable of these, letting you transform a Joy-Con into a PC-style mouse simply by placing it on its edges against most flat-ish surfaces. We tested this mode on surfaces ranging from a hard coffee table to a soft pillow-top mattress and this reviewer’s hairy thighs and found the mouse mode was surprisingly functional in every test. While the accuracy and precision fall off on the squishier and rounder of those tested surfaces, it’s something of a marvel that it works at all.

A bottom-up look at the awkward claw-like grip required for mouse mode.

Credit: Kyle Orland

A bottom-up look at the awkward claw-like grip required for mouse mode. Credit: Kyle Orland

Unfortunately, the ergonomics of mouse mode still leave much to be desired. This again comes down to the thinness of the Joy-Cons, which don’t have the large, rounded palm rest you’d expect from a good PC mouse. That means getting a good sense of control in mouse mode requires hooking your thumb, ring finger, and pinky finger into a weird modified claw-like grip around the Joy-Con, a pose that becomes uncomfortable after even moderate use. A holster that lets the Joy-Con slot into a more traditional mouse shape could help with this problem; failing that, mouse mode seems destined to remain a little-used gimmick.

GameChat is the Switch 2’s other major “new” feature, letting you communicate with friends directly through the system’s built-in microphone (which works rather well even across a large and noisy living room) or an optional webcam (many standard USB cameras we tested worked just fine). It’s a welcome and simple way to connect with other players without having to resort to Discord or the bizarre external smartphone app Nintendo relied on for voice chat on the original Switch.

In most ways, it feels like GameChat is just playing catch-up to the kind of social sharing features competitors like Microsoft were already including in their consoles back in 2005. However, we appreciate GameChat’s ability to easily share a live view of your screen with friends, even if the low-frame-rate video won’t give Twitch streams a run for their money.

Those kinds of complaints can also apply to GameShare, which lets Switch 2 owners stream video of their game with a second player, allowing them to join in the game from a secondary Switch or Switch 2 console (either locally or remotely). The usability of this feature seems heavily dependent on the wireless environment in the players’ house, ranging from smooth but grainy to unplayably laggy. And the fact that GameShare only works with specially coded games is a bit annoying when Steam Remote Play offers a much more generalized remote co-op solution on PC.

The best of both worlds?

This is usually the point in a console review where I warn you that buying a console at or near launch is a poor value proposition, as you’ll never pay more for a system with fewer games. That’s not necessarily true these days. The original Switch never saw an official price drop in its eight years on the market, and price increases are becoming increasingly common for some video game hardware. If you think you’re likely to ever be in the market for a Switch 2, now might be the best time to pull the trigger.

Mario Kart World offers plenty to see and do until more must-have games come to the Switch 2 library.

Credit: Nintendo

Mario Kart World offers plenty to see and do until more must-have games come to the Switch 2 library. Credit: Nintendo

That said, there’s not all that much to do with a brand new Switch 2 unit at the moment. Mario Kart World is being positioned as the major system seller at launch, revitalizing an ultra-popular, somewhat stale series with a mixed bag of bold new ideas. Nintendo’s other first-party launch title, the $10 Switch 2 Welcome Tour, is a tedious affair that offers a few diverting minigames amid dull slideshows and quizzes full of corny PR speak.

The rest of the Switch 2’s launch library is dominated by ports of games that have been available on major non-Switch platforms for anywhere from months to years. That’s nice if the Switch has been your only game console during that time or if you’ve been looking for an excuse to play these titles in full HD on a beautiful portable screen. For many gamers, though, these warmed-over re-releases won’t be that compelling.

Other than that, there are currently only the barest handful of completely original launch titles that require the Switch 2, none of which really provide a meaningful reason to upgrade right away. For now, once you tire of Mario Kart, you’ll be stuck replaying your old Switch games (often with welcome frame rate and resolution improvements) or checking out a trio of emulated GameCube games available to Switch Online Expansion Pack subscribers (they look and play just fine).

Looking to the future, the promise of further Nintendo first-party games is, as usual, the primary draw for the company’s hardware. In the near term, games like Donkey Kong Bananza, Pokémon Legends Z-A, and Metroid Prime 4 (which will also be available on the older Switch with less wow-inducing performance) are the biggest highlights in the pipeline. Projecting a little further out, the Switch 2 will be the only way to legitimately play Mario and Zelda adventures that seem highly likely to be can’t-miss classics, given past performance.

From top: Switch 2, Steam Deck OLED, Lenovo Legion Go S. Two of these three can play your entire Steam library. One of these three can play the new Mario Kart…

Credit: Kyle Orland

From top: Switch 2, Steam Deck OLED, Lenovo Legion Go S. Two of these three can play your entire Steam library. One of these three can play the new Mario Kart… Credit: Kyle Orland

Nintendo aside, the Switch 2 seems well-positioned to receive able portable-ready ports of some of the more demanding third-party games in the foreseeable future. Already, we’ve seen Switch 2 announcements for catalog titles like Elden Ring and future releases like 007 First Light, as well as a handful of third-party exclusives like FromSoft’s vampire-filled Duskbloods.

Those are pretty good prospects for a $450 portable/TV console hybrid. But even with a bevy of ports and exclusives, it could be hard for the Switch 2’s library to compete with the tens of thousands of games available on any handheld PC worth its salt. You’ll pay a bit more for one of those portables if you’re looking for something that matches the quality of the Switch 2’s screen and processor—for the moment, at least. But the PC ecosystem’s wider software selection and ease of customization might make that investment worth it for gamers who don’t care too much about Nintendo’s first-party efforts.

If you found yourself either regularly using or regularly coveting a Switch at any point over the last eight years, the Switch 2 is an obvious and almost necessary upgrade. If you’ve resisted the siren song for this long, though, you can probably continue to ignore Nintendo’s once-novel hardware line.

Photo of Kyle Orland

Kyle Orland has been the Senior Gaming Editor at Ars Technica since 2012, writing primarily about the business, tech, and culture behind video games. He has journalism and computer science degrees from University of Maryland. He once wrote a whole book about Minesweeper.

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