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Here are hints and the answers for the NYT Connections: Sports Edition puzzle for Aug. 29, No. 340.

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Two children were killed, and 18 children between the ages 6 and 15 were injured by a shooter. Middle schoolers acted heroically to protect others, a parent said.

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• FugakuNEXT will combine Fujitsu CPUs and Nvidia GPUs in Japan’s next national supercomputer
• The system targets 600EFLOPS FP8 performance with a 100x application performance gain
• Riken, Fujitsu, and Nvidia see the project as defining a new AI-HPC standard

Japan is preparing its next national supercomputer, FugakuNEXT, through a collaboration between Fujitsu, Nvidia and Riken.

The system is planned for operation around 2030 and aims to blend simulation and artificial intelligence into one tightly integrated platform.

For the first time in a Japanese flagship project, GPUs will be used as accelerators. Nvidia will (unsurprisingly) design the GPU infrastructure, Fujitsu will handle CPUs and system integration, and Riken will be involved in the software and algorithm work.

Feynman GPU

The result is expected to be an “AI-HPC platform” designed for science, industry, and AI-driven discovery.

The performance targets for the supercomputer are certainly ambitious. FugakuNEXT is designed to deliver more than 600EFLOPS of FP8 AI performance, which would make it the most powerful AI supercomputer yet announced.

The system is also expected to achieve up to a hundredfold increase in application performance compared with Fugaku, while staying within roughly the same 40MW power budget.

Nvidia’s long-term roadmap points to the Feynman GPU architecture (named after theoretical physicist Richard Feynman) arriving near 2028, so it could well play a role in powering FugakuNEXT.

Fujitsu is developing a successor to its MONAKA CPU for the project, tentatively named MONAKA-X, with more cores, extended SIMD capabilities, and Arm’s matrix computation engine for AI inference.

Coupled with Nvidia’s accelerators, the system is expected to run large simulations alongside demanding AI workloads.

Hardware alone won’t deliver the target gains so the project will also lean on innovations such as surrogate models, mixed-precision arithmetic, and physics-informed neural networks to accelerate performance while also preserving accuracy.

Makoto Gonokami, president of Riken, said, “It is a great honor for Riken to collaborate with Fujitsu and Nvidia in advancing the development of FugakuNEXT. Since ancient times, humankind has built civilizations and advanced societies through the science of computing. Today, the emergence of AI, advanced semiconductors, and quantum computers is bringing about a discontinuous transformation in computational science.”

Ian Buck, vice president at Nvidia, added, “FugakuNEXT will deliver zettascale performance with application speeds nearly 100 times faster – within the same energy footprint as its predecessor – accelerating research, boosting industrial competitiveness, and driving progress for people in Japan and around the world.”

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Apple has confirmed that its next event is taking place on September 9, and all signs point to a big update for the Apple Watch line.

We believe, based on several months of leaks and rumors, that Apple will debut not one, not two, but three new Apple Watches. Currently, just three Apple Watches available to buy from the company: the Apple Watch Series 10, Apple Watch Ultra 2 and the Apple Watch SE (2022), with older models consigned to third-party sellers.

Rumors of a new trio of watches suggest the entire line is getting an upgrade. Here are the three new devices we believe will be announced at the Cupertino 'Awe dropping' event, and you can bet we'll be hard at work updating our guides to the best Apple Watches and best smartwatches.

Whether you've been paying attention to the leaks and rumors, or you're just catching up now, here's everything you need to know about the Apple Watches we reckon are coming on September 9.

1. Apple Watch Ultra 3

(Image credit: Future)

The Apple Watch Ultra 2 got a small upgrade last year in a new titanium black colorway, and it remains the gold standard when it comes to heart rate accuracy and versatility, recently being tested against a chest strap monitor.

Upgrades that we’re expecting from the Apple Watch Ultra 3 include satellite connectivity, as in the upcoming Google Pixel Watch 4. This feature would allow users to communicate from the watch without a phone in case of emergency, even if they're not using a data plan to connect to the internet.

If you do happen to be using a data plan with your Apple Watch, we’re expecting 5G connectivity for a serious boost to its navigation, communication and music streaming capabilities.

We’re also hoping for a new, more powerful chipset, and possibly high-blood-pressure detection. The Apple Watch Ultra and Ultra 2 are virtually identical in terms of their design, and we’re not expecting any radical changes to the chassis and protruding Action button.

2. Apple Watch Series 11

(Image credit: Future)

The Apple Watch Series 11 is the next mainline iteration of the Apple Watch.

Last year, the Series 10 got a big wraparound screen redesign, a slimmer body and a new chipset, so we’re not expecting any big design changes here, especially as there will likely be two other watches getting most of the attention. Another new chip is likely.

We know that, alongside the rest of the range, it’s going to be getting all the new software smarts from watchOS 26, including the AI-powered Workout Buddy feature and redesigned Workout app. It’s possible we’ll get a much-anticipated blood-pressure detection feature, but from a hardware perspective, the Series 11 is likely to be similar to the 10.

3. Apple Watch SE 3

(Image credit: Future)

Every couple of years, the Apple Watch combines elements from some of its older models with a cheaper-to-make chassis to give us a new entry into the SE series.

We labelled the SE 2 the best cheap Apple Watch you can buy, and the SE 3 is likely to provide the same great experience in a more affordable package. It’s unlikely the SE 3 will get the Series 10’s wraparound screen, instead probably getting an older Series 9 style display to make use of cheaper, now-defunct older parts.

Expect modern, AI-powered watchOS 26 software inside a model designed to cost around $250 / £250 / AU$500.

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For the past week, I’ve been testing the new Oakley Meta smart glasses – and while I love running in them, my fiancée (and running partner) wishes I’d stop wearing them.

In case you’ve missed it, the ongoing collaboration between Meta, Essilor Luxotica has spawned seven new smart glasses – one limited-edition design and six regular – that incorporate useful technology into Oakley’s HSTN specs.

Just like you’ll find in Meta’s smart Ray-Bans, these Oakleys boast a 12MP camera for first-person shots, open ear speakers for music, and a Meta AI assistant that can answer your questions and perform helpful tasks (provided they’re connected to your phone and the internet).

That’s not saying they’re identical, however. Some hardware has been upgraded slightly – like the camera that records higher quality video and the battery life is said to be longer – but the design is the biggest change.

(Image credit: Oakley / Meta)

And this is why I love running in the HSTN smart glasses. The open ear speakers are handy for keeping me energized with music while I push myself, and I’ve found the HSTN frame is much better at hugging my face than the Wayfarers I have – meaning it doesn’t jostle or slip as much on my jogs.

They also boast Oakley’s 24K PRIZM lenses. These golden-tinted sunglasses aren’t just polarized to reduce harsh rays; they also offer improved contrast to your vision, which I’ve found in the 24K’s case makes it easier to spot terrain changes and grooves before I roll an ankle.

The Ruby PRIZM lenses are meant to be an even better running companion, though I will admit that a downside of these picks is that they’re only suitable for bright conditions. For general use, I stand by my belief that transition lenses are superior as they can morph between clear and shaded based on the sun’s intensity.

(Image credit: Oakley / Meta)

So why, with all these successes, does my partner despise them? Well, she doesn’t think they suit me. It’s not the design itself, but the color of the frames, which, for the pair I’m testing, are white. Given my very pale complexion, she jokes that it’s hard to tell where the glasses end and my head begins.

I’m not sure I agree. I think the Oakley HSTN look rad, but if you agree these smart glasses aren’t a good fashion fit for me, then I’m not annoyed – I think this is actually a good thing.

That’s because while they are a gadget, they’re also a clothing accessory. While you can find designs and colors that suit everyone, distinct and personal fashion choices require designs like these HSTNs that maybe don’t work for everyone, but really suit the people they do work for.

This is one of the big reasons I’m excited to see Android XR partnering with brands like Gentle Monster and other fashion-first brands – as I’m hopeful we’ll continue to see inventive designs get the ‘smart’ treatment.

(Image credit: Oakley / Meta)

Based on my experience, I can definitely recommend the Oakley smart glasses just as easily as I recommended the Meta Ray-Ban glasses before them.

My only advice would be to go and try them on first. Firstly, because the different PRIZM lenses will suit different sports from a practical perspective, but also to make sure you like how you look in them.

It’s not something we’re used to thinking about with tech, but wearables aren’t just redefining tech, they’re redefining fashion in equal measure – and you don’t want this accessory to wind up like those other fashion faux pas you regret buying.

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• SK Hynix sets new milestone with 321-layer QLC NAND for PC SSDs
• Performance and efficiency improvements come before enterprise and AI server rollout
• Consumers unlikely to see cheap high-capacity SSDs until costs fall further

SK Hynix has confirmed it has started mass production of its new 321-layer QLC NAND flash memory, making it the first in the industry to cross the 300-layer threshold with QLC technology.

The company completed development of the chip earlier in 2025, and says it plans to launch commercial products in the first half of 2026, once customer validation is finished.

The chip features 2Tb capacity per die, double that of previous solutions.

Power efficiency improvements

To address the slower performance that often comes with higher-density QLC NAND, SK Hynix expanded the number of planes within the chip from four to six.

This change allows for greater parallel processing, which improves read and write speeds while keeping power use low.

The company says its data transfer speeds are twice as fast compared to its prior QLC offerings, with write speeds up to 56% faster and read performance improved by 18 percent.

Power efficiency during write operations is also up by more than 23%, something that will matter in large data environments where energy costs are closely monitored.

Although the long-term aim is to use the technology in enterprise SSDs for data centers and ultra-high-capacity storage aimed at AI servers, the company says PC SSDs will be the first products to ship with the 321-layer chips.

That means consumers may see benefits before enterprise customers, although the initial focus will not necessarily be on low-cost, high-capacity drives.

"With the start of mass production, we have significantly strengthened our high-capacity product portfolio and secured cost competitiveness," said Jeong Woopyo, Head of NAND Development.

"We will make a major leap forward as a full-stack AI memory provider, in line with the explosive growth in AI demand and high-performance requirements in the data center market."

SK Hynix also plans to use its stacking technology, which allows up to 32 dies in one package, in future ultra-capacity solutions. It expects this to be especially important in AI-driven storage markets where both density and efficiency are key selling points.

While the arrival of this NAND marks a big step toward larger, more affordable storage, it is unlikely that cheap 8TB consumer SSDs will arrive any time soon, due to high manufacturing costs, packaging complexity, and validation cycles.

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Beats is no stranger to teasing forthcoming hardware – think earbuds or speakers – on its social channels, and earlier today, the Apple-owned brand did just that. This team is teasing the Powerbeats Fit, which looks to be the next generation of the popular Beats Fit Pro earbuds, and simultaneously a rebranding.

Shown off in a fresh hue of orange on athletes Saquon Barkley, Justin Jefferson, and Jayden Daniels, these earbuds are promised to “Fit Every Move.” That’s likely a nod to the in-ear design of these, which use a wing tip to fit snugly and securely in the ear, unlike the Powerbeats Pro 2, which wrap around the ear.

Beats Fit Pro first launched way back in November of 2021 and has been on the market, with several new colors, including a partnership with Kim Kardashian. These earbuds still fill a nice spot within the Beats lineup, but compared to the Powerbeats Pro 2, there are certainly a few upgrades I hope we’ll be seeing soon, when the successor drops as the Powerbeats Fit.

The teaser concludes with a promised launch for Fall 2025, which could occur in mid-to-late September, October, or November of this year. With that in mind, here are three things we hope the Powerbeats Fit will offer.

The arrival of heart-rate tracking

(Image credit: Beats)

Considering the Powerbeats Pro 2 introduced the heart-rate tracking function, and AirPods Pro 3 are rumored to offer the capability as well, I hope we see these arrive in the smaller, lighter form factor of the Powerbeats Fit.

Yes, the actual tracking is a bit limited, and if you’re in the Apple ecosystem with an Apple Watch, that wearable will override the earbuds. Even so, the earbuds would offer tracking ability when both are in your ears for select workout apps, as well as on Android via the companion Beats app. It would bolster the feature set here a bit as we’d assume the Powerbeats Fit will feature active noise cancellation and a transparent mode like the Beats Fit Pro.

To power the arrival of the heart-rate tracking sensor, we’d expect to see a jump in the silicon powering these earbuds as well. Currently, the Beats Fit Pro features the Apple-made H1 Chip, but the Powerbeats Fit would hopefully step things into more modern territory with the likes of the H2 chip, the same one that powers the Powerbeats Pro 2.

A step up in durability

(Image credit: Beats)

The Beats Fit Pro currently offers IPX4 sweat and water resistance, which means they can survive light splashes. And that’s also the same degree of durability that the Powerbeats Pro 2 offer, but considering Beats is teasing these with professional athletes and many Beats earbuds or headphones owners like to use these during workouts, runs, or general training, an upgrade in this regard to at least IP55 or IPX7 would be great to see.

Considering the rating on the Powerbeats Pro 2, however, this one might be less likely – especially as it seems Beats is keeping the existing design here.

A longer runtime

A post shared by Beats by Dre (@beatsbydre)

A photo posted by on

Beats Fit Pro currently offers six hours of playback with noise cancellation turned on and seven hours with that mode off. You get a few recharges in the case, which Beats says offers 24 hours of battery life.

I’d like to see a step up here, at least closer to the excellent runtime of Powerbeats Pro 2 – those earbuds offer 10 hours of playback and 45 hours when you factor in recharge in the case. That’s a fantastic number, and while the Powerbeats Fit look to be a bit smaller than these, the newer chip and maybe some improvements in battery tech could help to make this a reality.

Similar to the transition from Powerbeats Pro to Powerbeats Pro 2, we’ll see if the design team at Beats was able to slim down the case size here. Fingers crossed that it sticks with a USB-C port.

The good news is that, considering Beats posted the teaser today, August 28, 2025, we only likely have a few weeks to go. Considering Beats rarely makes appearances during Apple events, it’s unlikely we’ll learn more about it at the September 9, 2025, event. However, Beats will likely share more in the weeks after that and officially introduce the Powerbeats Fit.

Let’s just hope the price stays competitive, as the Beats Fit Pro currently has an MSRP of $199 / £199 / AU$299.

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• NJ prisoners get only twenty 1.44MB floppy disks, barely enough for appeals
• Lawyers must transfer files from flash drives back to floppy disks, complicating the process
• Authorities say the ban on flash drives is a matter of security

A prisoner at New Jersey State Prison has publically voiced frustration at being forced to rely on floppy disks for critical legal work.

The US state's prison system restricts inmates to using floppy disks, each with a maximum capacity of 1.44MB, but each prisoner is allowed 20 floppy disks, a limit which barely matches the needs of complex legal correspondence.

Writing for the Prison Journalism Project, Jorge Luis Alvarado said, “Inside New Jersey State Prison, it’s like 1985, where we rely on out-of-date word processors, electric typewriters, and floppy disks that are going extinct in the free world.”

Outdated tools in modern times

Alvarado explains even a single legal brief can exceed this size, requiring the use of multiple disks to store one document.

Such a process becomes cumbersome, and with the added risk of corruption, the format introduces real uncertainty into how files are preserved.

In addition, since major companies like Sony stopped manufacturing floppies about 15 years ago, their scarcity only adds to the impracticality of the rule.

The reliance on floppy media seems especially arbitrary, given that they have only about a year of lifespan left and that flash drives became widely adopted more than two decades ago.

In the early 2000s, USB drives quickly eclipsed floppies, offering both speed and durability.

Today, they are inexpensive, compact, and reliable, with capacity far surpassing anything the floppy era could provide.

Even consumer SSD options now span into the terabyte range, with the largest SSD models rivaling enterprise storage.

Devices once labeled the fastest SSD can manage transfers that dwarf anything possible with legacy media.

However, authorities argue that the ban on flash drives is a matter of security, suggesting they could be misused within prison environments.

While this position explains the reluctance to modernize, it leaves prisoners disadvantaged when dealing with legal matters where technology should serve as a bridge, not a barrier.

Alvarado describes a process where lawyers must copy digital files onto flash drives, only to have them transferred back to floppy disks through a single library computer.

Delays are inevitable, with access often taking days at a time.

Some researchers estimate that between four and six percent of those incarcerated in the United States may be innocent.

Therefore, even if a fraction of these individuals face barriers to appeals due to outdated technology, the issue extends far beyond mere inconvenience.

Via Toms Hardware

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