Southwest Airlines is making progress in contract talks with one union but suffering a setback with another

By Andrew Goudsward and Jacqueline Thomsen WASHINGTON Eager to witness U.S. history in person, members of the public

Commonwealth Bank of Australia’s profit climbed as higher interest rates and a buoyant housing market supported results at

GMA's George Stephanopoulos and Ali Wentworth sent a video to wish Robin Roberts and Amber Laign well on their impending wedding

Mathew Barzal scored at 2:46 of overtime to lift the New York Islanders past Carolina, 5-4 on Thursday night after the Hurricanes’ Sebastian Aho tied it with 2.5 second left in regulation

The iPhone 15 could bring major changes to the battery life and charging speed of Apple’s handsets, according to new reports. The new phones could be charged at up to 35W speeds, according to a report from 9to5mac. That would allow the device to charge far more rapidly than its predecessors: the iPhone 14 Pro is limited to 27W, while the normal iPhone 14 is capped at 20W. Multiple rumours have suggested that Apple will be swapping the charging port in the bottom of the phone from the existing Lightning cable to USB-C, at least in some models. That could allow for the additional charging speeds. But that might also mean that the Pro and non-Pro versions of the upcoming device could charge at different speeds. Some rumours have suggested that all the new Apple devices will have the new port, but that some of its capabilities will be restricted to the more expensive Pro models, since they will have Thunderbolt built in. The charging might also require certified cables, rather than any USB-C wire. While the ports on the end of all USB-C cables are the same, the technology inside both the plugs and the wires themselves can be vastly different. The new charging rumours come after a run of reports suggesting that the iPhone 15 could come with increased battery capacity, too. Rumours have suggested that the devices could come with up to 18 per cent larger batteries. Alongside those changes, Apple is said to be preparing to bring a new hardware button to the side of the iPhone, improved cameras, and better chips – but, again, only for those premium, Pro models. Apple is widely expected to reveal the new phones in the second week of September, with them going on sale a week and a half later. As usual, it will probably do so from a livestreamed event hosted at its California campus. Around the same time, Apple will also make its upcoming iOS 17 update available, which comes with a wide array of new updates and a potentially controversial new change to the button used to put down the phone. Apple’s iPhone batteries have been the subject of a number of critical stories in recent weeks. Some have suggested that the most recent iPhone 14 Pro models are losing their battery capacity more quickly than predecessors, and the company is sending out payments to customers affected by Apple’s “batterygate” controversy. Read More iPhone owners to receive payouts from Apple iPhone 15: Global smartphone demand collapses as Apple aims to take top spot Something unexpected is happening to people’s iPhone 14s, owners claim

The latest batch of NFL rumors has Aaron Rodgers definitely coming back to the Jets, the Eagles potentially cooking up a trade and the Steelers' OC problem.

Rescue teams raced against time on Tuesday in their search for a tourist submersible that went missing near the wreck of the Titanic...

The special Tony Award that honors educators will go this year to a drama teacher in Florida who has closed the gap between the deaf and hearing worlds

Scientists have discovered how to double the efficiency of an ultra-lightweight solar cell, which they claim could be used to harvest the Sun’s energy in space at a never-before-seen scale. The next-generation solar panels, built by a team from the University of Pennsylvania, use layers that are over a thousand times thinner than a human hair, yet capable of absorbing a comparable amount of sunlight to commercially available solar cells. The extreme thinness earned them the label two-dimensional, or 2D TMDC, as they are only a few atoms thick. The ability to produce more electricity per weight compared to traditional silicon solar cells makes them highly suitable for sending into space to harvest the Sun’s energy, according to the researchers. “High specific power is actually one of the greatest goals of any space-based light harvesting or energy harvesting technology,” said Deep Jariwala from the University of Pennsylvania. “This is not just important for satellites or space stations, but also if you want real utility-scale solar power in space. The number of [silicon] solar cells you would have to ship up is so large that no space vehicles currently can take those kinds of materials up there in an economically viable way.” By modelling the innovative solar cell computationally, Professor Jariwala and his team were able to come up with a design that has double the efficiency compared to what had previously been demonstrated. A paper detailing the research, titled ‘How good can 2D excitonic solar cells be?’, was published in the scientific journal Device on Tuesday. The researchers now hope to figure out how to achieve large-scale production for the design. “I think people are slowly coming to the realisation that 2D TMDCs are excellent photovoltaic materials, though not for terrestrial applications, but for applications that are mobile, more flexible, like space-based applications,” said Professor Jariwala. “The weight of 2D TMDC solar cells is 100 times less than silicon or gallium arsenide solar cells, so suddenly these cells become a very appealing technology.” The concept of space-based solar arrays was first theorised more than 50 years ago, with scientists noting that the Sun’s energy could be converted into microwaves and beamed down to ground-based receiving stations that convert them into electricity. It has several advantages over terrestrial setups, as they would not be limited by cloud cover or the Sun’s typical cycle. Research has accelerated in recent years following several major breakthroughs and developments with solar energy harvesting and orbital rocket launches, including the emergence of private space companies like SpaceX that have significantly reduced the cost of delivering payloads into space. Last month, Japanese space agency JAXA announced that it was aiming to set up the first satellite transmitters for a commercial-scale solar farm in space by 2025. The European Space Agency is also planning to establish a development program for this untapped renewable energy resource through its Solaris programme. Read More Japan aims to beam solar power from space by 2025 Electric car drives for 100 hours non-stop on futuristic road Scientists smash world record for solar power window material Apple don’t want you to buy a headset - they’re selling a vision of the future Apple lets people get brand new iPhone update early – but there’s a very big warning

FAIRFIELD COUNTY, Conn.--(BUSINESS WIRE)--Jun 20, 2023--

Dillon Brooks and Fred VanVleet are rumored to be on the free agent wishlist of the Houston Rockets. What is the upside and downside?NBA rumors have hinted for a while that the Rockets were interested in Fred VanVleet and Dillon Brooks. It was not known whether VanVleet or Brooks had an interest...