This E Ink Foldable Phone Concept Punishes Doomscrolling by Design

Most smartphones are designed to be impossible to put down. The screen faces up on every table, the display lights up for every notification, and the cost of checking it one more time is exactly zero. That’s not an accident. The hardware removes friction from compulsive use because removing friction is what makes these devices feel indispensable. The tinyBook Flip concept asks a different question entirely: what if the phone were designed to get out of the way?

The tinyBook Flip is a vertical foldable phone concept built around a 6.1-inch E Ink display. Closed, it collapses into a compact, near-square form with rounded corners and a matte white finish, something closer in proportion to a folded notecard than a smartphone. The screen disappears entirely when the device is closed shut. No glowing rectangle sitting face-up on the desk, no ambient reminder that there are things to check. Just a small, quiet object.

Designer: Pixel Dynamics

That folded form is doing more work than it might seem. Opening the phone requires a deliberate physical action, and that small added step changes the behavioral math. A reflexive grab becomes a conscious decision. The friction is minimal in absolute terms, maybe two seconds, but two seconds of resistance is often enough to interrupt the loop. The concept treats that interruption as a design feature, which puts it in genuinely different territory from most phones.

The E Ink display adds a second layer of resistance, and this one is less subtle. E ink refreshes slowly, renders in grayscale or muted colors, and handles fast-moving content poorly. Social media feeds become tedious. Short-form video becomes unwatchable. Anything built around color, motion, and rapid visual feedback stops working the way it was designed to. This is precisely the point. The screen’s limitations aren’t engineering compromises left over from an earlier era of display technology; they’re structural properties that make certain behaviors genuinely unpleasant to sustain.

What E Ink handles well is a shorter list, but a coherent one. Text reading, messaging, calendars, and static interfaces are all comfortable at E Ink’s native pace. The renders of the tinyBook Flip show a UI built around exactly these strengths: a large clock face, a calendar widget, and a grayscale illustrated wallpaper. The interface doesn’t reach for capabilities the display can’t support. The phone isn’t trying to do everything; it’s trying to do a narrower set of things without apology.

Foldable E Ink panels aren’t a speculative technology. The hardware exists at the component level and has already appeared in experimental e-readers, though no consumer phone has shipped with one in any meaningful volume. The tinyBook Flip isn’t imagining impossible components; it’s proposing a form factor that manufacturers haven’t yet committed to producing. The distance between those two things is largely commercial, not technical.

There’s also something worth noticing about how the device reads as a physical object in social space. Closed, the tinyBook Flip looks like almost nothing. No visible screen, no status indicators, no glow. A phone that carries no visual weight when it’s not in use sends a different signal than one that’s always broadcasting its presence. Putting it down means it actually disappears from the environment, not just from your hand.

That said, the concept leaves some real friction points unaddressed, and not the intentional kind. E Ink handles camera use, live navigation, video calls, and authentication apps poorly. A foldable hinge adds mechanical complexity and thickness that clean renders tend to obscure. The tinyBook Flip looks resolved in this form, but a production version would have to make tradeoffs that these images don’t show and the concept doesn’t acknowledge.

Still, the more interesting question isn’t whether this specific device could ship. It’s whether a phone that makes itself harder to misuse is a reasonable design goal at all, or whether that’s just a way of describing a phone that most people wouldn’t actually want. The tinyBook Flip lands firmly on one side of that question. Whether the market agrees is a different problem entirely.

The post This E Ink Foldable Phone Concept Punishes Doomscrolling by Design first appeared on Yanko Design.

OpenAI reportedly plans to double its workforce to 8,000 employees

While other tech companies have been laying off employees year after year, OpenAI is doing the opposite. According to a report from the Financial Times, the AI giant is looking to expand its workforce to 8,000 employees by the end of 2026, nearly doubling staff from its current headcount of 4,500.

The FT reported that the new hires will be across several departments, including product development, engineering, research and sales. OpenAI's hiring spree will also include "specialists" for "technical ambassadorship," or employees tasked with helping businesses better utilize its AI tools, according to the report. As the FT noted, OpenAI is likely trying to amp up the competition against Anthropic and its Claude AI chatbot. According to the AI Index from Ramp, a fintech startup that manages corporate expenses, businesses are now 70 percent more likely to go with Anthropic when buying AI services for the first time as opposed to OpenAI.

OpenAI made waves in February when it announced a contract with the Department of Defense to use its AI models, following a public fallout between Anthropic and the federal agency. On top of the government contract, OpenAI is also in "advanced talks" with private equity firms like Brookfield Asset Management to deploy its AI tools across a firms' portfolio of companies, according to Reuters.

This article originally appeared on Engadget at https://www.engadget.com/ai/openai-reportedly-plans-to-double-its-workforce-to-8000-employees-161028377.html?src=rss

Is Apple Planning an AirPods Ultra? New September Leaks Say Yes

Is Apple Planning an AirPods Ultra? New September Leaks Say Yes Side-by-side view comparing AirPods Pro 3 and the rumored Ultra model with notes on price range differences.

Apple is reportedly preparing to launch a premium addition to its AirPods lineup, tentatively referred to as the “AirPods Ultra,” later this year. This upcoming model is expected to feature advanced technologies, including infrared cameras for gesture-based controls and enhanced compatibility with Apple’s ecosystem. The release highlights Apple’s ongoing focus on spatial computing and augmented […]

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Intel says Crimson Desert devs ignored offers of help to support Arc GPUs

It doesn’t sound like Crimson Desert, the recently released prequel to Black Desert Online, will support Intel Arc GPUs anytime soon, if at all. On the game’s FAQ page, its developer Pearl Abyss advised players expecting Arc support to apply for a refund. “If you purchased the game expecting Intel Arc support, please refer to the refund policy of the platform where the game was purchased for available options,” the company wrote. Apparently, though, it’s not from lack of guidance from Intel. The chipmaker told Wccftech that it reached out to Pearl Abyss “many times” over the past several years.

The Intel spokesperson said that the company has tried to help the developer “test, validate, and optimize support for Intel graphics” for years. Intel also tried to provide the developer “early hardware, drivers, and engineering resources” across several generations of GPUs, “including Alchemist, Battlemage, Meteor Lake, and Lunar Lake.” The chipmaker said it’s “hugely disappointed that players using Intel graphics hardware” can’t play the game, but that it remains “ready to assist Pearl Abyss” however it can. It also advised players to reach out directly to the developer for “details on the choice not to enable Intel support at launch.”

Pearl Abyss, of course, doesn’t have the obligation to tweak the game so that it runs on PCs with Intel Arc GPUs. The good news is that since the title came out just a few days ago, it will still be easy to get a refund. Steam, where Crimson Desert is now one of the top-selling games, issues refunds within two weeks of purchase.

This article originally appeared on Engadget at https://www.engadget.com/gaming/pc/intel-says-crimson-desert-devs-ignored-offers-of-help-to-support-arc-gpus-155514896.html?src=rss

XbooK’s $1,999 Triple-Screen Laptop Is One Bag Instead of Three Monitors

Anyone who has worked remotely long enough knows the moment a single laptop screen stops being enough. It’s usually the day you’re cross-referencing three documents at once, or the morning you realize your financial model needs a live chart in one window while you edit formulas in another. The standard fix is an external monitor or a portable screen extender, which works fine until you’re hauling a bag that feels like it’s punishing you for being productive.

The XbooK takes a different approach by folding three full 14-inch touchscreens into a single aluminum laptop body that closes to just 1.5 inches thick. At 7.5 lbs, it’s heavier than a typical ultrabook. The tradeoff, though, is straightforward: you’re not carrying a laptop plus accessories. You’re carrying the whole setup in one piece.

Designer: XbooK

All three screens run at 1920×1080 with 400 nits of brightness each. The machine is powered by an Intel Core Ultra 7 with 32GB of DDR5 RAM and a 1TB SSD, with Wi-Fi 7 and Bluetooth 5.0 onboard. That’s capable hardware, though nothing unusual for a mid-to-high-range laptop in 2025. What makes those specs interesting here is what they’re pushing: 42 inches of combined touchscreen that unfolds in seconds without a single cable involved.

In full Workstation Mode, all three screens run simultaneously alongside an embedded mechanical keyboard and a 10-point touchpad. Connectivity covers Thunderbolt 4, two USB-C ports, and an AUX jack, with a 1,600×1,200 front camera that’s sharper than most built-in laptop cameras. The 70Wh battery has to power all of that, and battery life under a three-screen load is something any serious buyer should push the company on before committing.

For days when the full spread is overkill, the XbooK also works in a two-screen mode or as a conventional single-screen laptop. The latter folds everything up and makes the device look surprisingly ordinary from the outside, except for the two thick slabs sitting underneath the keyboard. That adaptability is one of the more genuinely practical aspects of the design: you’re not locked into the workstation configuration every time you open the lid.

At $1,999 (down from a listed $2,999), it’s priced for professionals who already spend that much on monitors and docking stations. XbooK ships from the US with orders promised to be processed within 3 to 5 business days. The refund-before-shipping policy and fulfillment language have the texture of a startup still scaling up. Spending that much on a device from a company with no established hardware track record is a different kind of commitment than buying from a brand with a decade of products behind it.

Screen real estate is one of the last things portable computing has consistently failed to solve, and most multi-screen laptop concepts have been either too fragile or too awkward for daily travel. The XbooK has a cleaner physical premise than anything built around magnets or external rails. How the hinges and chassis hold up after a year on the road, though, is still an open question that no amount of spec-sheet confidence can close.

The post XbooK’s $1,999 Triple-Screen Laptop Is One Bag Instead of Three Monitors first appeared on Yanko Design.

MiniMax M2.7 Testing Shows Benchmark Wins & Major Cost Savings

MiniMax M2.7 Testing Shows Benchmark Wins & Major Cost Savings Illustration of a 24K context window handling long project notes, code snippets, and tool outputs in one run.

The MiniMax M2.7 AI model has undergone extensive testing and emerged as a standout option in the competitive AI landscape. According to World of AI, this model not only surpasses the performance of Opus 4.6 in industry benchmarks like Swaybench Pro but also offers a remarkable cost advantage, being up to 50 times cheaper. Its […]

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DNA building blocks on asteroid Ryugu, bacteria that eat plastic waste, and more science news

Remember when Japan sent a spacecraft to an asteroid 180 million miles away to scoop some dirt off the surface? Six years on from its arrival to Earth, that sample has yielded some insights about what may have seeded life on our planet. Read on to learn more about the latest findings, and other science news we found interesting this week.  

In 2020, a capsule from the Japanese space probe Hayabusa2 returned to Earth with samples collected from the surface of asteroid Ryugu, and scientists have spent the subsequent years analyzing those materials for clues about the conditions that existed in the early solar system. This week, researchers from Japan reported an exciting discovery: the Ryugu samples contain the five building blocks of DNA and RNA. The findings, coupled with those from other recent studies, could put us closer to understanding how the ingredients for life first made it to Earth billions of years ago. 

The study, published in the journal Nature Astronomy, found the nucleobases adenine, guanine, cytosine, thymine and uracil — all of which were also found in samples gathered from a different asteroid, Bennu, last year, and before that in meteorites dubbed Murchison and Orgueil. This suggests these nucleobases were widespread in the early solar system, and supports the hypothesis that carbonaceous asteroids like Ryugu and Bennu transported them to Earth, the authors explain in the paper. Ammonia was discovered in the samples as well, which may play a role in how these nucleobases formed. 

The discovery of these building blocks "does not mean that life existed on Ryugu," Toshiki Koga, the study's lead author from the Japan Agency for Marine-Earth Science and Technology, told AFP. "Instead, their presence indicates that primitive asteroids could produce and preserve molecules that are important for the chemistry related to the origin of life."

Researchers in Germany have identified a trio of bacteria that can digest a common plastic additive, but only when working together. The study published in the journal Frontiers in Microbiology found that a "consortium" of bacterial strains (two from species in the genus Pseudomonas and one from Microbacterium) was able to break down several phthalate esters (PAEs), which are often used to make plastic materials more flexible. These chemicals are increasingly finding their way into the environment as plastic pollution grows, and research suggests they can have harmful effects on human health and that of wildlife. 

The team focused on microbes that could be found right at home in their own lab, taking a sample of biofilm that had formed on the polyurethane tubing of a bioreactor. This sample was then incubated in a growth medium containing the PAE diethyl phthalate (DEP) as the main source of carbon and energy. They eventually ended up with a stable culture of bacteria that could break down DEP, as long as the DEP concentration didn't exceed 888 milligrams per liter, according to a press release. The consortium could gobble up all the DEP in 24 hours at 30 degrees C. It was also able to grow on the PAEs dimethyl phthalate, dipropyl phthalate and dibutyl phthalate.

The researchers identified the bacteria in the consortium through DNA sequencing, but found that they were not individually able to tackle the PAEs, suggesting they break down the chemicals through a "cooperative process" known as cross-feeding. The consortium could make for another tool in the pollution-fighting toolbox, with potential to help break down PAEs in contaminated areas or speed up the degradation of plastics that contain PAEs by making them more brittle. "This approach may also be effective in treating industrial plastic waste streams," they note. 

Newly released images from the Hubble Space Telescope show the unexpected breakup of Comet C/2025 K1 (ATLAS) — Comet K1, for short — as it made its way out of the solar system back in November. A team of researchers that initially set out to observe a different comet ended up switching targets due to technical issues, only to catch Comet K1 right after it started crumbling. Hubble captured three 20-second images between November 8 and November 10 2025, the first of which the team estimates was about eight days after the fragmenting started. During the observation period, one of the comet's smaller pieces began to break up too. Talk about being in the right place at the right time.

"Never before has Hubble caught a fragmenting comet this close to when it actually fell apart," said John Noonan, a research professor in the Department of Physics at Auburn University, in a statement. "Most of the time, it’s a few weeks to a month later. And in this case, we were able to see it just days after." You can read more about the rare sighting here


This article originally appeared on Engadget at https://www.engadget.com/science/dna-building-blocks-on-asteroid-ryugu-bacteria-that-eat-plastic-waste-and-more-science-news-150000975.html?src=rss

Galaxy Z TriFold 2: Samsung’s Radical Plan to Kill the USB-C Port

Galaxy Z TriFold 2: Samsung’s Radical Plan to Kill the USB-C Port Galaxy Z TriFold 2

Samsung’s Galaxy Z TriFold 2 is poised to reshape the landscape of foldable smartphones. With a thinner, lighter design and the rumored removal of the USB-C charging port, this device could signal a fantastic moment in portable technology. However, these advancements are not without their challenges. User adaptation, regulatory compliance, and practical trade-offs make the […]

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Twitter turned 20 and I feel nothing

Twitter is officially 20 years old. In another reality, that might make me kind of nostalgic. I've been lurking and scrolling and tweeting for 16 years; most of my adult life. There was a time when Twitter was a place where some internet strangers became my IRL friends, when I was excited to "live-tweet". When my infinitely more well-adjusted friends would send me memes, I would smugly say "I saw that on Twitter days ago."

Twitter stopped being that place a long time ago, but I don't have any nostalgia for it. I don't really feel anything at all, actually. 

Because I can already hear the comments: Yes, I'm still on X. I don't spend as much time there as I did a decade ago, but it's still quite a lot of time, an unhealthy amount, if I'm being honest. My job is to report on social media companies, so I keep (doom)scrolling. That's what I tell myself anyway.

A few of my favorite posters are still around. Dril's still got it. The memes are still, occasionally, good, even though X's recommendation algorithm seems to prefer pointing me toward endless AI slop, boring hot takes from thirsty mid-tier tech execs and blatant engagement bait. X's algorithm — what little we can learn about it, anyway — now relies on Grok's predictions about what you'll like.The same Holocaust-loving Grok that has spewed racism and referred to itself as MechaHitler and declared Elon Musk "the single greatest person in modern history." The same Grok that allegedly generated thousands of images of child abuse material. Hey @grok is that true? 

X is not Twitter but it's also not not-Twitter. Last year, an online marketplace startup bought the 560-pound Twitter bird that once adorned the company's San Francisco office and blew it up in a Nevada desert surrounded by Tesla CyberTrucks as part of an elaborate publicity stunt. Dumb? Yes. But also a somehow fitting adieu for "Larry."

It's been 20 years since Jack Dorsey sent the first-ever tweet, which was never even a good tweet anyway. It's been five years, by the way, since he turned that tweet into an NFT (remember NFTs??) and auctioned it for nearly $3 million. It's now functionally worthless. Another chapter in Dorsey's confusing, complicated legacy.


This article originally appeared on Engadget at https://www.engadget.com/social-media/twitter-turned-20-and-i-feel-nothing-140000602.html?src=rss

Gemini Gems Bring NotebookLM Notes into Google Docs & Sheets

Gemini Gems Bring NotebookLM Notes into Google Docs & Sheets Google Sheets travel itinerary template populated with locations and times pulled from NotebookLM research notes.

NotebookLM is a highly effective system for organizing research data, but its lack of direct integration with Google Drive can pose challenges for users who rely on Google Docs and Sheets for document creation and data management. Paul Lipsky demonstrates how to bridge this gap using Gemini Gems, an AI-driven solution that connects NotebookLM notebooks […]

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