China builds regulatory framework for low-altitude economy as AutoFlight unveils Matrix flying car with passenger flights planned by 2026. Officials expect baseline rules by 2027.

Volvo's Electric EX60 SUV Has a 400-Mile Range--and Rethinks the Humble Seat Belt The Swedish brand's latest computer-packed EV hopes to take on and beat the BMW iX3. Alongside the chosen few in WIRED's breakdown of the most anticipated EVs coming this year, the arrival of the Volvo EX60 has also been eagerly awaited. This is mainly because of the impressive stats surrounding the car; the headline claim is a range of more than 400 miles. Sitting between the EX40 and EX90, the new EV looks more like a sibling of the entry-level EX30, which is a good car but too fast for its own good . Plus, the reveal images here from Volvo initially seem to show that the design team has figured out a way to remove the unsightly lidar roofline bulges that in some eyes ruined the finished aesthetic of the EX90.

Household-travel surveys (HTSs) have long provided the empirical backbone for this work by coupling rich trip diaries with respondent characteristics such as age, gender, income, and household composition. Analyses drawing on these surveys consistently show that, after accounting for the built environment, so-ciodemographic traits still correlate with car ownership, mode choice, trip frequency, and trip-chaining behavior (Bhat and Koppelman, 1994; Lee et al., 2007; Lu and Pas, 1999; McGuckin and Murakami, 1999; Mokhtarian and Chen, 2004) In the past dozen years, the ubiquity of GPS-enabled smartphones has spawned a parallel, industry-scale source of mobility evidence in passively-generated mobile data, which includes call-detail records (CDR), location-based service (LBS) pings, connected-vehicle traces, and the like (Chen et al., 2016). These datasets dwarf HTSs in both sample size and temporal length, are refreshed continuously, and can often be licensed at a fraction of the cost of running a tailored survey. Their content, however, is almost exclusively spatial temporal; they record where and when a device was observed but remain agnostic about who was holding it. This missing dimension limits many distributional and behavioral analyses, including those that require understanding how travel patterns vary across population subgroups. Despite this blind spot, public agencies have been keen on experimenting with mobile data products (Ugurel et al., 2024). Metropolitan planning organizations (MPOs) see potential in using them to stitch origin-destination matrices (Alexander et al., 2015; Iqbal et al., 2014), site electric-vehicle chargers (Yang et al., 2017), and evaluate complete-street retrofits (Bian et al., 2023). Yet the lack of respondent attributes imposes two related hazards.

Artificial Intelligence (AI) conferences are essential for advancing research, sharing knowledge, and fostering academic community. However, their rapid expansion has rendered the centralized conference model increasingly unsustainable. This paper offers a data-driven diagnosis of a structural crisis that threatens the foundational goals of scientific dissemination, equity, and community well-being. We identify four key areas of strain: (1) scientifically, with per-author publication rates more than doubling over the past decade to over 4.5 papers annually; (2) environmentally, with the carbon footprint of a single conference exceeding the daily emissions of its host city; (3) psychologically, with 71% of online community discourse reflecting negative sentiment and 35% referencing mental health concerns; and (4) logistically, with attendance at top conferences such as NeurIPS 2024 beginning to outpace venue capacity. These pressures point to a system that is misaligned with its core mission. In response, we propose the Community-Federated Conference (CFC) model, which separates peer review, presentation, and networking into globally coordinated but locally organized components, offering a more sustainable, inclusive, and resilient path forward for AI research.

Environment Animals Wildlife Fish Self-piloting submarine set to begin historic mission to circle Earth's oceans Breakthroughs, discoveries, and DIY tips sent every weekday. An autonomous submersible named Redwing is heading out on a truly historic voyage. If successful, it will achieve the first around-the-world ocean trip made by an unpiloted underwater vehicle . Marine engineering company Teledyne Marine and researchers at Rutgers University in New Jersey are planning to launch the nearly nine-foot-long, specially outfitted Slocum Sentinel Glider on October 11 from Woods Hole Oceanographic Institution off the coast of Martha's Vineyard in Massachusetts. A livestream of the launch will be broadcast here, beginning at about 8:15 a.m. EDT on Saturday October 11.

Robots manipulating in changing environments must act on percepts that are late, noisy, or stale. We present U-LAG, a mid-execution goal-retargeting layer that leaves the low-level controller unchanged while re-aiming task goals (pre-contact, contact, post) as new observations arrive. Unlike motion retargeting or generic visual servoing, U-LAG treats in-flight goal re-aiming as a first-class, pluggable module between perception and control. Our main technical contribution is UAR-PF, an uncertainty-aware retargeter that maintains a distribution over object pose under sensing lag and selects goals that maximize expected progress. We instantiate a reproducible Shift x Lag stress test in PyBullet/PandaGym for pick, push, stacking, and peg insertion, where the object undergoes abrupt in-plane shifts while synthetic perception lag is injected during approach. Across 0-10 cm shifts and 0-400 ms lags, UAR-PF and ICP degrade gracefully relative to a no-retarget baseline, achieving higher success with modest end-effector travel and fewer aborts; simple operational safeguards further improve stability. Contributions: (1) UAR-PF for lag-adaptive, uncertainty-aware goal retargeting; (2) a pluggable retargeting interface; and (3) a reproducible Shift x Lag benchmark with evaluation on pick, push, stacking, and peg insertion.

We consider the problem of delivering multiple packages from a single pickup depot to distinct goal locations using a homogeneous fleet of robots with limited carrying capacity. We propose VCST-RCP, a Voronoi-Constrained Steiner Tree Relay Coordination Planning framework that constructs sparse relay trunks using Steiner tree optimization and then synthesizes robot-level pickup, relay, and delivery schedules. This framework reframes relays from incidental byproducts into central elements of coordination, offering a contrast with traditional delivery methods that rely on direct source-to-destination transport. Extensive experiments show consistent improvements of up to 34% compared to conventional baselines, underscoring the benefits of incorporating relays into the delivery process. These improvements translate directly to enhanced energy efficiency in multi-robot delivery under capacity constraints, providing a scalable framework for real-world logistics.

Charges against an American influencer and teen pilot who has been stranded on a remote island in the Antarctic since June have been dropped. Ethan Guo, 19, is alleged to have illegally landed his plane in Chilean territory after embarking on a solo trip to all seven continents to raise money for cancer research, according to local authorities. They accused him of providing false flight plan information to officials who detained him and opened an investigation. A judge has ordered him to leave the area, pay a $30,000 (£22,332) donation to a children's cancer foundation and is banned from re-entering Chilean territory for three years. Mr Guo made headlines last year when he began an attempt to become the youngest person to fly solo to all seven continents and collect donations for research into childhood cancer.

Delays, cancellations and overcrowding can make train travel a stressful experience for some. But that could all soon change – if the'Train of the Future' is anything to go by. London and North Eastern Railway (LNER) predicts that within 50 years, train travel will become a'holistic experience' that promotes passenger health and wellbeing. By 2075 passengers may be able to enjoy views out of floor–to–ceiling windows, have a snooze in a nap pod and even request a'treadmill seat' during their journey. There could also be on–board pet zones as well as family playrooms and cinema–style entertainment.

Amazon Prime Day is now almost a week. Prime Day started today and will go on for three more days. We'll be dangerously caffeinated and working shifts 20 hours a day from now through Friday, July 11. The WIRED Reviews team has been prepping for weeks to bring you real savings on the very best tech, and we only recommend products we've actually tested and approved. If you're looking for up-to-the-minute coverage of check out our Amazon Prime Day liveblog, which will run from 5 am to midnight daily. Deals on computers, routers, monitors, tablets, keyboards, and more. The Google Pixel Tablet (7/10, WIRED Recommends) is a good Android tablet. Where it really shines, though, is its ability to be paired with the charging speaker dock to transform into a smart speaker when you aren't using it as a tablet. Right now, only the tablet version is on sale, and it's a good price if you want to buy it for the sharp screen and overall solid performance. Enjoy simple, set-and-forget Wi-Fi courtesy of Amazon's Eero mesh systems. The tri-band Eero Pro 6E (7/10, WIRED Recommends) adds 6 GHz to the familiar 2.4-GHz and 5-GHz bands, for fast and dependable Wi-Fi. The Eero Plus subscription is expensive ( 10 per month or 100 per year) but includes comprehensive parental controls, advanced security, ad blocking, and even a password manager and VPN service. As the budget pick in our best mesh Wi-Fi systems guide, the Deco X20 is already a bargain. This Wi-Fi 6 dual-band mesh (2.4-GHz and 5-GHz) is easy to set up and delivered solid results in my tests. It's not the speediest mesh, but if your internet connection is 500 Mbps or less, it's likely enough. Each router has two gigabit Ethernet ports, and the vaselike design blends in easily on shelves or tables. This tri-band Wi-Fi 6E mesh system from TP-Link scores a place in our best mesh Wi-Fi systems guide. Easy to set up and configure through the mobile app, each unit has one 2.5 Gbps Ethernet port and two gigabit ports. It offers fast speeds at close range on the 6-GHz band, but was also fast on 5 GHz, and offered a decent range on 2.4 GHz. There are optional subscriptions for parental controls and enhanced security. Cheap laptops don't have to be terrible, and the HP Chromebook Plus x360 proves it. While there are more premium Chromebooks out there, none sell for so little on discount. It has a 14-inch 1080p screen, and unlike some Chromebooks at this price, it also comes with enough RAM and storage.