Using a magnet to connect the transmitting and receiving coils, electrons behave more consistently and the phone is less likely to overheat. Breakthroughs, discoveries, and DIY tips sent six days a week. In-car wireless chargers are notoriously finicky. Your phone can slide off the slippery charging pad at a sudden stop, or overheat and stop charging; the case can also prevent your phone from connecting. Often, it's a pain in the neck, not to mention an added distraction while you're behind the wheel.

Nissan Motor CEO Ivan Espinosa (left) Wayve Technologies CEO Alex Kendall shake hands at a signing ceremony for a collaboration agreement between the two companies in Tokyo on Wednesday. While fully driverless cars remain some way off, the two companies said in a joint statement that their tie-up would help develop systems in real-world conditions. The AI systems made by Wayve, which last year said it had raised more than $1 billion, do not rely on preprogrammed maps but can navigate in real time. In a time of both misinformation and too much information, quality journalism is more crucial than ever. By subscribing, you can help us get the story right.

Nissan has more significant troubles than Honda and in recent years has slogged through management upheaval. In the United States, a critical market where Nissan used to earn significant profits, the company's market share has fallen sharply as it struggles to sell cars and trucks that haven't received significant upgrades in recent years. In the period from April to September, Nissan's operating profit plunged 90 percent, and the automaker recently said it aimed to lose 9,000 employees worldwide and cut global production by about 20 percent. A merger could help Honda and Nissan develop electric cars faster and at lower cost -- in theory. But other companies have struggled to achieve such gains in practice, often because the priorities of companies working together often shift and diverge. Ford Motor and Volkswagen teamed up a few years ago to work on electric vehicles and autonomous driving technology.

A robotaxi dragged a pedestrian 20 feet down a San Francisco street on the evening of October 2, 2023, coming to rest with its rear wheel on that woman's legs. The mishap was complex, involving a first impact by a different, human-driven vehicle. The following weeks saw Cruise stand down its road operations amid allegations of withholding crucial mishap information from regulators. The pedestrian has survived her severe injuries, but the robotaxi industry is still wrestling with the aftermath. Key observations include that the robotaxi had multiple possible ways available to avoid initial impact with the pedestrian. Limitations to the computer driver's programming prevented it from recognizing a pedestrian was about to be hit in an adjacent lane, caused the robotaxi to lose tracking of and then in essence forget a pedestrian who was hit by an adjacent vehicle, and forget that the robotaxi had just run over a presumed pedestrian when beginning a subsequent repositioning maneuver. The computer driver was unable to detect the pedestrian being dragged even though her legs were partially in view of a robotaxi camera. Moreover, more conservative operational approaches could have avoided the dragging portion of the mishap entirely, such as waiting for remote confirmation before moving after a crash with a pedestrian, or operating the still-developing robotaxi technology with an in-vehicle safety driver rather than prioritizing driver-out deployment.

About two years ago, I was in a car with my best friend and her toddler. She was driving, and I was sitting in the back next to her 10-month-old, who was tucked into his car seat. For a while, the ride was smooth--then the baby burst into tears. We tried every common trick to comfort him. I contorted my face into the silliest of poses, my friend burst into a catchy song, but our efforts were met with louder wails until finally--mercifully!--we pulled into my friend's driveway and she was able to scoop her son up in her arms.

'Fox & Friends' co-hosts discuss major issues with owning and maintaining electric vehicles after a Canadian man sounds off on problems with his new electric truck. Most electronic systems that take on some driving tasks for humans don't adequately make sure drivers are paying attention, and they don't issue strong enough warnings or take other actions to make drivers behave, according to an insurance industry study published Tuesday. Only one of 14 partially automated systems tested by the Insurance Institute for Highway Safety performed well enough to get an overall "acceptable" rating. Two others were rated "marginal," while the rest were rated "poor." No system received the top rating of "good."

An October 2023 crash between a GM Cruise robotaxi and a pedestrian in San Francisco resulted not only in a severe injury, but also dramatic upheaval at that company that will likely have lasting effects throughout the industry. The issues stem not just from the crash facts themselves, but also how Cruise mishandled dealing with their robotaxi dragging a pedestrian under the vehicle after the initial post-crash stop. A pair of external investigation reports provide raw material describing the incident and critique the company's response from a regulatory interaction point of view, but did not include potential safety recommendations in scope. We use that report material to highlight specific facts and relationships between events by tying together different pieces of the report material. We then explore safety lessons that might be learned with regard to technology, operational safety practices, and organizational reaction to incidents.

Mozilla recently reported that of the car brands it reviewed, all 25 failed its privacy tests. While all, in Mozilla's estimation, overreached in their policies around data collection and use, some even included caveats about obtaining highly invasive types of information, like your sexual history and genetic information. As it turns out, this isn't just hypothetical: The technology in today's cars has the ability to collect these kinds of personal information, and the fine print of user agreements describes how manufacturers get you to consent every time you put the keys in the ignition. "These privacy policies are written in a way to ensure that whatever is happening in the car, if there's an inference that can be made, they are still ensuring that there is protection, and that they are compliant with different state laws," Adonne Washington, policy council at the Future of Privacy Forum, said. The policies also account for technological advances that could happen while you own the car.

The journey in a self-driving Nissan across Woolwich in south-east London begins smoothly enough: fitted with cameras and sensors, the electric car confidently handles pedestrian crossings, vans cutting into its lane without warning and even scurrying jaywalkers. Then comes an unexpected obstacle: a football-sized rock, fallen from the back of a lorry on to the middle of the road. The specially trained safety driver hastily grabs the steering wheel, taking back control to avoid a nasty crunch. It is hardly a major incident – and it is the only human intervention during five miles of navigating busy traffic in a demonstration of the ServCity research programme being carried out by the carmaker and partners in London. Nevertheless, it highlights the difficulties facing autonomous driving technology before it can become mainstream – particularly on Britain's busy and often chaotic urban roads.

Nissan Motor Co. is betting that its experience pioneering lithium-ion batteries for electric vehicles over a decade ago will give it an upper hand in producing a new battery type that, despite being new and still relatively unproven, is considered by some as key to unlocking the future potential of EVs. Nissan is producing prototype solid-state battery cells -- which replace the electrical current-conducting liquid found in conventional batteries with a solid substance -- at a facility resembling a pop-up lab inside its research grounds near its Yokohama headquarters. The Japanese automaker plans to bring the new type of batteries to market by fiscal year 2028, readying a pilot plant for them ahead of that around 2024. If they can be manufactured, solid-state batteries would unlock cheaper, safer and faster-charging EVs, according to automotive executives and battery experts. Using different material combinations, Nissan predicts it will eventually be able to produce a solid-state battery pack that costs $65 (¥8,063) per kilowatt-hour -- a level at which analysts say EVs could reach price parity with gasoline-engine cars.