Determining how “successful” Elon Musk’s Department of Government Efficiency (DOGE) truly was depends on who you ask, but it’s increasingly hard to claim that DOGE made any sizable dent in federal spending, which was its primary goal.
Just two weeks ago, Musk himself notably downplayed DOGE as only being “a little bit successful” on a podcast, marking one of the first times that Musk admitted DOGE didn’t live up to its promise. Then, more recently, on Monday, Musk revived evidence-free claims he made while campaigning for Donald Trump, insisting that government fraud remained vast and unchecked, seemingly despite DOGE’s efforts. On X, he estimated that “my lower bound guess for how much fraud there is nationally is [about 20 percent] of the Federal budget, which would mean $1.5 trillion per year. Probably much higher.”
Musk loudly left DOGE in May after clashing with Trump, complaining that a Trump budget bill threatened to undermine DOGE’s work. These days, Musk does not appear confident that DOGE was worth the trouble of wading into government. Although he said on the December podcast that he considered DOGE to be his “best side quest” ever, the billionaire confirmed that if given the chance to go back in time, he probably would not have helmed the agency as a special government employee.
A study by a Singapore government agency has found that children exposed to high levels of screen time before age two showed brain development changes linked to slower decision-making and higher anxiety in adolescence, adding to concerns about early digital exposure. From a report: The study was conducted by a team within the country’s Agency for Science, Technology and Research and the National University of Singapore, and published in The Lancet’s eBioMedicine open access journal. It tracked 168 children for more than a decade, and conducted brain scans on them at three time points. Heavier screen exposure among very young children was associated with “accelerated maturation of brain networks” responsible for vision and cognitive control, the study found.
The researchers suggested this may have been the result of “intense sensory stimulation that screens provide.” They found that screen time measured at ages three and four, however, did not show the same effects. Those children with “altered brain networks” took longer to make decisions when they were 8.5, and also had higher anxiety symptoms at age 13, the study said.
MANVILLE, N.J.—Richard Onderko said he will never forget the terrifying Saturday morning back in 1971 when the water rose so swiftly at his childhood home here that he and his brother had to be rescued by boat as the torrential rain from the remnants of Hurricane Doria swept through the neighborhood.
It wasn’t the first time—or the last—that the town endured horrific downpours. In fact, the working-class town of 11,000, about 25 miles southwest of Newark, has long been known for getting swamped by tropical storms, nor’easters or even just a wicked rain. It was so bad, Onderko recalled, that the constant threat of flooding had strained his parents’ marriage, with his mom wanting to sell and his dad intent on staying.
Eventually, his parents moved to Florida, selling the two-story house on North Second Avenue in 1995. But the new homeowner didn’t do so well either when storms hit, and in 2015, the property was sold one final time: to a state-run program that buys and demolishes houses in flood zones and permanently restores the property to open space.
It’s easy to think of Cinebench as a purely synthetic benchmark given the way it works: you download a dedicated benchmark application, you run it from whatever folder, and it does its thing before spitting out a number that vaguely tells you how your system performs. That feels similar to synthetic benchmarks like 3DMark, which aren’t directly
There has been a spate of retro gaming projects lately that try to nail every little detail of beloved classic game consoles and computers for the ultimate hit of nostalgia. The experienced team at Epilogue is taking a different approach with the upcoming release of the SN Operator, though, which should make revisiting Super Nintendo (SNES)
An anonymous reader shares a report: The French government on Dec 30 postponed a ban on plastic throwaway cups by four years to 2030 because of difficulties finding alternatives. The ban was meant to start on Jan 1. But the Ministry for Ecological Transition said the “technical feasibility of eliminating plastic from cups” following a review in 2025 justified pushing back the deadline.
It said in an official decree that a new review would be carried out in 2028 of “progress made in replacing single-use plastic cups.” It added that the ban would now start Jan 1, 2030, when companies would have 12 months to get rid of their stock. France has gradually rolled out bans on single-use plastic products over the past decade as environmental campaigners have stepped up warnings about the impact on rivers and oceans.
For as long as cameras have existed, they’ve had a fundamental limitation: they can only focus on one depth plane at a time, and everything in front of or behind that plane gets blurred. That’s simply the way lenses work, but researchers at Carnegie Mellon University just demonstrated a camera system that breaks that rule entirely. The new
Hisense is perhaps best known for its budget-friendly electronics and appliances, like TVs and refrigerators. But at CES 2025, the China-based company showed its high-end chops with a massive 136-inch micro LED TV, which recently became available for a whopping $100,000. So what’s on deck for this year’s show? New leadership, for starters.
The company has two new hires, including Chief Marketing Officer Sarah Larsen and Chief Commercial Officer James Fishler. In a press release, Hisense said Fishler’s experience in home entertainment, appliances and HVAC is important as the company “builds toward a milestone 2026 and its presence at CES.”
We’ll give you a rundown of what to expect during Hisense’s presentation and how you can watch it.
How to watch
Hisense will have a livestream available on Monday, January 5 at 1PM ET on its website. We’ll embed the link here once it’s available.
What to expect
With its new hires in place, Hisense is clearly aiming to further polish its brand. Between Fishler and Larsen, the new front office is bringing to bear their experience from such high-powered competitors as LG, Samsung and Beats. And in a recent interview with Tom’s Guide, Larsen emphasized a continued focus on the company’s fast turnaround time from concept to market as a key differentiator for Hisense.
As for actual announcements, while you can expect Hisense to tout its strength in appliances and HVAC systems (really), Larsen’s aforementioned interview specifically calls out the emerging RGB TV space as a focus. We expect this year’s show will be all about explaining the shades of difference between mini and micro LED display technologies, as both Samsung and LG have already thrown down pre-announcement gauntlets on the latter. Will any of them cost less than six figures? Let’s hope Hisense has some good news to share on that front.
This article originally appeared on Engadget at https://www.engadget.com/home/how-to-watch-the-hisense-ces-2026-presentation-live-190040090.html?src=rss
This is the flattest race of round 3, so enjoy it while you can, pure-power riders… the climbs are coming!
Let’s dig into this new course and look at bike selection and more!
Looking at the Route: Neon Shore Loop
Neon Shore Loop is a brand-new route in Makuri Islands… so new, in fact, that none of us have raced it yet! It was created just for ZRL, and unless you take advantage of one of the recons held the weekend before the race, the first time you see this route will be during your TTT.
Of course, that doesn’t mean everything about this route is new. It’s made up of roads most of us have already raced, after all. They’re just arranged in a slightly different fashion than we’ve ridden them in the past.
At 34.1 kilometers in length, with 258 meters of climbing, this is the flattest race of Round 3. Like most routes in the Neokyo/Urukazi areas of the Makuri Islands map, this route is quite flat, apart from a couple of key climbs of similar length. Here’s the route profile, not including the 1.1-km lead-in:
Let’s break this route into key sections:
Flat Start (first 9.2 km): Settle into your team rotation and keep those watts high.
Ramp Up to 2nd Level @9.2 km (200 meters long): This quick ramp up to the elevated road is short enough that you can hit it hard, keep your speed up, then recover a bit on the short flat before the Rooftop KOM begins.
Rooftop KOM @10.5 km (1.9km, 2.7%): This climb isn’t particularly long or steep, and it is certainly very draftable. The first 2/3 of this climb is a series of stair-steps which pitch up then flatten out continually, keeping pack speeds high. Then there’s one final ~700m steady climb to the line before the road flattens in the final 50m.
Descents and Flats @12.5-24.8 km: Heavier riders, settle in and enjoy the longest section of the race without any climbing! This takes you out of Neokyo and down the Slot Canyon to the base of the Mech Isle Corkscrew.
Mech Isle Corkscrew @24.8 km (500 meters, 3.6%): This dirt climb isn’t long or steep, but since it’s dirt, it’ll be slow due to increased Crr. The harder you can push, the better. Remember, in a time trial, you want go harder when you’re going slower!
Descents and Flats @25.3-29.8 km: Several more minutes of descent or flats will let your legs recover a bit for the final Pain Cavern climb back to Neokyo level.
Pain Cavern @29.8 km (2.1 km, 3%): This will be the toughest climb of the day, since you’re near the end of the race and legs are tired. Again, you’ll want to push hard here, as speeds will be slow.
Finishing Flats @31.9 km to finish: Once you’re out of the Cavern, it’s a flat run-in to the finish at the Alley Sprint arch. Get back into formation and empty those tanks!
Bike choice here is simple: go aero. On a route like this, where the roads is mostly flat or downhill, and the only climbs are short and slack, weight simply doesn’t matter enough to trade it for aero performance. Aero is everything! The best setup by far is the CADEX Tri frame paired with the DT Swiss Disc wheels, but you’ll need to be at level 40+ to access this sweet rig:
Many recon rides are planned each week on the upcoming ZRL route. If you’re unfamiliar with this course, jump into an event and familiarize yourself with the route! Find a list of upcoming ZRL recon rides at zwift.com/events/tag/zrlrecon.
Additionally, riders in the Zwift community do a great job every week creating recon videos that preview the courses and offer tips to help you perform your best on the day. I’ll add recons below as I find them, but please comment if you find a useful one that isn’t yet listed!
Flatter courses like this week give valuable seconds to teams with big pure-power riders who can keep their power high on the front while staying in single-file formation to conserve in the draft behind. Extra seconds can also be gained by pacing smartly, ramping up the effort on short climbs and recovering a bit once you’re up to speed on the short descents.
On a course like this week’s, I recommend all team members set their Trainer Difficulty to the same value so you’re all feeling the gradient changes similarly. (When one rider has it set to 100% and another 25%, the first rider may ramp up power much more than the second when a climb hits, which can make a mess of your team formation.)
Your goal in a ZRL TTT is to get four riders across the line in the shortest time possible. That means every team’s pace plan will differ based on each rider’s abilities. I highly recommend having an experienced DS on Discord directing your team, especially if your team contains some inexperienced TTT riders.
Lastly, if you want to go further down the TTT rabbit hole, I highly recommend Dave Edmond’s Zwift TTT Calculator tool.
Rewarding yourself can backfire. If you tell yourself, “I’ll only listen to my favorite podcast while I’m at the gym,” it takes just one moment of weakness to realize you can cheat and listen to it any time you want. Instead, try this: Reward yourself with something that has no enjoyment value whatsoever. Like a checkmark on your calendar.
I first heard this tip from writer Tim Clare’s podcast. If you want to stay motivated, he says, the reward has to be so crappy that you’re not actually working for the reward. He said that he puts a checkmark on his calendar every day he writes, and at the end of the week enough checkmarks earn a gold star. The same approach has worked for me and for others. I have to admit: Buying myself a pack of stickers is embarrassingly motivating.
Why stickers work better than “real” rewards
Tim Clare likes the theory that this works because of cognitive dissonance: We have to change something major (our behavior) to earn something that’s not valuable (a sticker), so we try to resolve that dissonance by deciding we value the behavior change. The crappy extrinsic reward strengthens our sense that the new habit is intrinsically valuable.
And as my colleague Meredith Dietz has written, experts believe that the secret to lasting motivation lies in our intrinsic goals. Engaging in healthy behaviors like exercise only works if we’re doing those behaviors for their own sake, not because we’re enduring our gym time as a means to an end. Extrinsic rewards like streaks and badges can gamify this process so addictively that we lose sight of why we’re actually doing it in the first place. Note that I’m not saying you should chase streaks; I’m thinking more like literal stickers on a piece of paper, or a note in your phone where you write down how many miles you ran this week.
Another type of ineffective reward is the real-life splurge: promising you’ll treat yourself to something (a dessert, a clothing purchase) once you hit a certain goal. Here’s the problem: If you hate exercising so much that you need a bribe to do it at all, you’re quickly going to find a way to have the reward without the work. There’s nothing actually stopping you from listening to that “gym only” podcast at home, or ordering yourself the new outfit you had earmarked as a reward for when you make it through the couch to 5K program.
Using a crappy reward works because it just reflects your existing motivation back on itself. You check off today’s work, not because the checkmark is valuable in itself, but because the checkmark reminds you that you kept a promise to yourself. There’s a thrill to closing that loop, and those little wins really build your self-efficacy. In self-efficacy theory, small wins boost your motivation to keep working toward bigger goals.
The best part of using stickers or checkmarks is that it’s pointless to cheat. What are you going to do—lie to yourself when you didn’t actually go to the gym? But building up that row of numbers or stickers becomes its own reward. You’re really just rewarding yourself with the satisfaction of having stuck to your habit.
Stranger Things fans are hyped for the premiere of the hotly anticipated series finale on New Year’s Eve: they’ll either be glued to their TVs or heading out to watch it in a bona fide theater. Netflix has dropped one last trailer for the finale—not that it really needs to do anything more to boost anticipation.
(Some spoilers for Vols. 1 and 2 below but no major Vol. 2 reveals.)
As previously reported, in Vol. 1, we found Hawkins under military occupation and Vecna targeting a new group of young children in his human form under the pseudonym “Mr. Whatsit” (a nod to A Wrinkle in Time). He kidnapped Holly Wheeler and took her to the Upside Down, where she found an ally in Max, still in a coma, but with her consciousness hiding in one of Vecna’s old memories. Dustin was struggling to process his grief over losing Eddie Munson in S4, causing a rift with Steve. The rest of the gang was devoted to stockpiling supplies and helping Eleven and Hopper track down Vecna in the Upside Down. They found Kali/Eight, Eleven’s psychic “sister” instead, being held captive in a military laboratory.
Over the past few years building the Linux kernel with Clang has matured a lot thanks to upstream improvements to both LLVM/Clang and the Linux kernel. As it’s been a while since our last comparison for GCC vs. Clang built kernels on the resulting system performance, our latest year-end 2025 benchmarking is providing a fresh look at the Linux 6.19 upstream Git kernel built under the latest stable GCC 15 and LLVM Clang 21 compilers. Plus with the Clang-built kernel is also the option of the Link-Time Optimized (LTO) kernel for even greater performance.
Samsung will have two new inexpensive mobile devices arriving on the US market next month. The Galaxy A17 5G starts at $199 and will be available on January 7. Arriving on January 8, the Galaxy Tab A11+ will retail for $250.
The Galaxy A17 5G has a 6.7” FHD+ Super AMOLED display and is powered by the same Exynos 1330 chip found in the Galaxy A16 5G. The photography setup is also unchanged from last year’s model, with a 50MP main camera, 5MP ultrawide, 2MP macro and 13MP selfie lenses. The base model has 4GB of RAM and 128GB of storage, but can be upgraded with up to 2TB of additional storage via microSD. Its 5,000mAh battery also supports fast-charging, a feature we’re happy to see becoming more of an industry standard this year. Essentially, this is more of the same from Samsung, but this product line has a solid legacy of decent smartphones that don’t break the bank. Don’t be surprised if this joins our lineup of best budget Android phones come 2026.
The other new entry-level device is the Galaxy Tab A11+, which boasts an 11-inch LCD display. The rear camera is 8MP and the front one is 5MP. It has an option for 6GB of RAM with 128GB in storage, or for 8GB of RAM and 256GB of storage. Like with the Galaxy A17 5G, the tablet can also be juiced up with additional microSD storage. Performance-wise, you’ll top out at 15 hours of video playback on the battery, but fast-charging is also supported here. There are many swankier tablets on the market these days, but if you’re looking for a bare-bones option, this Samsung offering is a solid consideration.
This article originally appeared on Engadget at https://www.engadget.com/mobile/smartphones/samsung-unveils-its-new-200-galaxy-a17-5g-smartphone-arriving-in-january-184846560.html?src=rss
Earlier this month, a hacker named Lovely claimed to have breached a Condé Nast user database and released a list of more than 2.3 million user records from our sister publication WIRED. The released materials contain demographic information (name, email, address, phone, etc.), but no passwords.
The hacker also says that they will release an additional 40 million records for other Condé Nast properties, including our other sister publications Vogue, The New Yorker, Vanity Fair, and more. Of critical note to our readers, Ars Technica was not affected as we run on our own bespoke tech stack.
The hacker said that they had urged Condé Nast to patch vulnerabilities to no avail. “Condé Nast does not care about the security of their users data,” they wrote. “It took us an entire month to convince them to fix the vulnerabilities on their websites. We will leak more of their users’ data (40 + million) over the next few weeks. Enjoy!”
After more than three decades of service, New York City’s iconic MetroCard is about to retire, as December 31, 2025 marks the final day commuters can purchase or refill the gold-hued plastic cards that replaced subway tokens back in 1994. The Metropolitan Transportation Authority has been transitioning to OMNY, a contactless payment system introduced in 2019 that lets riders tap a credit card, phone or smart device at turnstiles.
More than 90% of subway and bus trips are now paid using the tap-and-go system, and the agency says the changeover saves at least $20 million annually in MetroCard-related costs. The new system also introduces automatic fare capping: riders get unlimited travel within a seven-day period after 12 paid rides, maxing out at $35 a week once fares rise to $3 in January. Riders who prefer not to link a credit card or phone can purchase reloadable OMNY cards.
Existing MetroCards will continue to work into 2026, allowing riders time to use up remaining balances. The MetroCard’s arrival in 1994 was itself a significant shift from the brass tokens that had been in use since 1953. London and Singapore have long operated similar contactless systems; San Francisco launched its own tap-to-pay system earlier this year, joining Chicago and other U.S. cities.
No one is safe from RAMmageddon, including gaming console manufacturers. According to a recent report, console manufacturers are debating whether next-gen devices should be delayed to post 2027-2028, breaking the common 7-year cadence between console generations. If the rumors circulating about next-generation consoles and their gratuitous
The consulting firm CVL Economics estimated last year that AI would disrupt more than 200,000 entertainment-industry jobs in the United States by 2026, but writer Nick Geisler argues in The Atlantic that the most consequential casualties may be the humble entry-level positions where aspiring artists have traditionally paid dues and learned their craft. Geisler, a screenwriter and WGA member who started out writing copy for a how-to website in the mid-2010s, notes that ChatGPT can now handle the kind of articles he once produced.
This pattern is visible today across creative industries: the AI software Eddie launched an update in September capable of producing first edits of films, and LinkedIn job listings increasingly seek people to train AI models rather than write original copy. The story adds: The problem is that entry-level creative jobs are much more than grunt work. Working within established formulas and routines is how young artists develop their skills. The historical record suggests those early rungs matter. Hunter S. Thompson began as a copy boy for Time magazine; Joan Didion was a research assistant at Vogue; directors Martin Scorsese, Jonathan Demme, and Francis Ford Coppola shot cheap B movies for Roger Corman before their breakthrough work. Geisler himself landed his first Netflix screenplay commission through a producer he met while making rough cuts for a YouTube channel. The story adds: Beyond the money, which is usually modest, low-level creative jobs offer practice time and pathways for mentorship that side gigs such as waiting tables and tending bar do not. Further reading: Hollow at the Base.
If you’ve been doing any kind of work around any kind of house for a while, you probably have a few trusty old-school C-Clamps on hand. The C-Clamp has been in use for thousands of years. It’s one of those dead-simple tools that just works. It’s also one of those tools you tend to collect multiple examples of, in different sizes.
Typically, you use a C-Clamp to, uh, clamp stuff together, like two pieces of wood, or to clamp something into place while you work on it (I use them a lot to cut lumber so I can have both hands on the saw, as I am allergic to emergency rooms.) But the C-Clamp is actually a very versatile tool that can be deployed in a number of creative—but useful!—ways. Here are some of my favorite ways to repurpose those old C-Clamps.
A carrying handle
If you need to carry something that’s bulky, heavy, and awkward, having some temporary handles always makes the job easier. If you have a few C-Clamps, you’re golden: Just clamp a couple onto whatever you’re transporting and you have instant handles to make the haul a little easier. They can also be used as handles for rolled-up materials, like rugs or mats—just thread the roll through a pair of C-Clamps, tighten them closed, and carry on.
A quiet hammer
It’s happened to all of us: You need to drive a nail somewhere, but there’s no room to swing a hammer, or for some reason you’re reluctant to make a lot of banging noise. The solution is your trusty C-Clamp: Just place the clamp over the nail head and tighten. The clamping action will inexorably (and silently) drive that nail into place. This isn’t an efficient way to drive a lot of nails, of course, but in a tight spot, it’s brilliant.
An emergency wrench
Need to tighten or loosen a connector, but you don’t have a wrench at hand? Tighten a C-Lamp around the bolt, cuff, or connection point so that it’s gripping tightly, then slowly turn it in the direction you need. Make sure the clamp is tight enough to prevent slippage, and you might want to use something (a handy piece of cloth works) to protect the connection from damage as you work.
A cord organizer
Whether it’s corralling all those extension and power cords on a workbench or work site, or organizing computer cables on your desk with an industrial vibe, C-Clamps can keep all those wires under control and out of your way in a pinch. Just gather the cords at the edge of the desk or table and clamp them down. This is a perfect temporary solution, as the cords can pass freely through the clamps without risk of damage, and the clamps can be removed when the job is done.
Bookends
Need a couple of bookends to hold stuff in place on a shelf? A pair of C-Clamps attached to the outer edge and clamped in as deep as possible will work. This could even be a permanent design choice if your taste runs toward the rustic or industrial.
Anchors
C-Clamps are ideal devices when anchor points are needed, but you don’t want to attach anything permanent that would require fasteners and drilling into a structure. Need a clothesline to dry your laundry when the dryer breaks? Two C-Clamps and some rope or twine are all you need. Need to hang tools, clothes, or anything else? C-Clamps attached to a shelf of any kind, combined with a hook, will work a charm. Need to hold a tablecloth or other covering in place? Nothing clamps stuff down to a horizontal surface better than C-Clamps.
Spool holder
Whether you’re spooling filament to your 3D-printer or feeding twine or wire to yourself as you work on a project, sliding the spool over a C-Clamp and then clamping it into place gives you a sturdy holder that you can pull from. This means you won’t have to juggle your spool every time you need more slack, and you can easily unclamp and reposition the spool if you’re on the move as you work.
