Toyota has revealed plans for a next-generation electric vehicle battery capable of delivering close to 1,500 kilometres (932 miles) of range. The Japanese automotive giant said it aims to produce the commercial solid-state battery by 2027, claiming that it will have a charge time of just 10 minutes. “With the evolution of the vehicle’s operating system, the next-generation battery EV will also enable customization of the ‘driving feel,’ with a focus on acceleration, turning and stopping,” the company said in a technology briefing. The company said that several recent breakthroughs with battery technology meant it was ready to move from the research stage to production of solid-state batteries, which offer a number of advantages over lithium-ion batteries that are currently used in commercial electric cars. Despite range and charging limitations of lithium-ion batteries, they have been favoured over solid-state batteries due to cost and durability issues. Toyota claimed that a “technological breakthrough” had overcome these issues, though did not specify which. The company said it would continue to push forward development of lithium-ion batteries, with plans for a more efficient battery capable of 1,000km of range – nearly double that of the long-range version of Tesla’s Model Y. Lithium-iron phosphate (LFP) batteries will also be developed as a lower cost alternative to lithium-ion and solid-state batteries, Toyota said. Other innovations unrelated to batteries that were detailed in the briefing included aerodynamic technology “based on rocket hypersonic aerodynamics”, as well as manufacturing upgrades designed to reduce costs. Among these is a production process called Giga casting, which was pioneered by Tesla in order to streamline the manufacturing of electric vehicles. Toyota President Koji Sato has previously said that the company had fallen behind in the EV sector and was forced to play catchup. The latest announcement saw Toyota’s share price jump to its highest level since last August. Read More Solar trees offer unique solution to charging electric cars Electric car drives for 100 hours non-stop on futuristic road Three and Vodafone are merging. Here’s what that means for your phone EU makes major statement on the future of Google Reddit’s blackout protest is set to continue indefinitely

Here's what you need to know about Tom Sandoval's rumored girlfriend

CHARLOTTE, N.C.--(BUSINESS WIRE)--Jun 12, 2023--

By Stephen Nellis Intel on Monday said a new data center chip coming out next year will handle

Elon Musk plans to live stream himself playing video games on X, formerly known as Twitter, as part of plans to challenge other streaming platforms like Twitch and YouTube. The tech billionaire previously tried to launch the stream late on Wednesday night but ran into technical issues. “Will test X livestream scaling tonight at ~11pm CT (5am BST) with some silly stuff,” he posted to X on Wednesday. “People have asked me to stream myself playing video games, so I will try to speedrun a Tier 99 Nightmare dungeon on Diablo (with no magnificent hearts).” He followed up a few hours later, writing: “Unfortunately, still working. Will have to postpone to tomorrow.” Since taking over Twitter in October 2022, and renaming it to X in April 2023, Mr Musk has repeatedly stated his ambition to transform the social media platform into an “everything app”. Similar to China’s WeChat, the app could eventually incorporate other functions and services like making payments, booking taxis or ordering food. Mr Musk has already secured money-transmitting licences in at least three US states, and has a history of building online payments platforms after co-founding PayPal. X chief executive Linda Yaccarino, who Mr Musk hired in June, laid out what this new version of the app might look like in a series of posts after joining the company. “X is the future state of unlimited interactivity – centred in audio, video, messaging, payments/banking – creating a global marketplace for ideas, goods, services, and opportunities. Powered by AI, X will connect us all in ways we’re just beginning to imagine,” she wrote. “For years, fans and critics alike have pushed Twitter to dream bigger, to innovate faster, and to fulfil our great potential. X will do that and more. We’ve already started to see X take shape over the past 8 months through our rapid feature launches, but we’re just getting started.” Before Mr Musk took over, Twitter had a video streaming feature called Periscope that was shut down in March 2021 due to declining usage. Mr Musk briefly tested the dormant feature in May 2023, though users dubbed him “8-bit Elon” due to the low quality resolution of the broadcast. Read More Elon Musk and the one trillion-dollar algorithm that explains everything he does Reddit will start paying people to post Tesla robot shown practising yoga X is shutting down feature to send posts to select people after privacy concern

SAN JOSE, Calif.--(BUSINESS WIRE)--Jun 19, 2023--

Weeks after its international launch, Worldcoin is drawing the attention of privacy regulators around the world

Diablo 4 Season 1 comes out in mid to late July with new gameplay features, challenges, Legendary Items, and Battle Pass.

By Ian Ransom HANGZHOU, China The Afghanistan women's volleyball team has lamented training conditions at the Asian Games

NEW DELHI Overnight rain in New Delhi and its suburbs brought some relief to the Indian capital on

Scientists have developed an artificial intelligence (AI) tool that can classify four subtypes of Parkinson’s disease with up to 95% accuracy. Researchers from the Francis Crick Institute and the UCL Queen Square Institute of Neurology in London “trained” a computer program to recognise the subtypes of the condition using images of stem cells from patients. The team said their work, published in the journal Nature Machine Intelligence, could pave the way for personalised medicine and targeted drug discovery. Sonia Gandhi, assistant research director and group leader of the Neurodegeneration Biology Laboratory at the Crick, said: “We understand many of the processes that are causing Parkinson’s in people’s brains. The hope is that one day this could lead to fundamental changes in how we deliver personalised medicine Sonia Gandhi, Francis Crick Institute “But, while they are alive, we have no way of knowing which mechanism is happening, and therefore can’t give precise treatments. “We don’t currently have treatments which make a huge difference in the progression of Parkinson’s disease. “Using a model of the patient’s own neurons, and combining this with large numbers of images, we generated an algorithm to classify certain subtypes – a powerful approach that could open the door to identifying disease subtypes in life. “Taking this one step further, our platform would allow us to first test drugs in stem cell models, and predict whether a patient’s brain cells would be likely to respond to a drug, before enrolling into clinical trials. “The hope is that one day this could lead to fundamental changes in how we deliver personalised medicine.” Parkinson’s is a condition in which parts of the brain become progressively damaged over many years. Symptoms include involuntary shaking of particular parts of the body, slow movement, and stiff and inflexible muscles. But there is also a wide range of other physical and psychological symptoms such as depression and anxiety, problems sleeping, and memory problems. These vary from person to person due to differences in the underlying mechanisms causing the disease. The researchers said that until now, there was no way to accurately differentiate Parkinson’s subtypes. It means people are given nonspecific diagnoses and do not always have access to targeted treatments, support or care, the team added. For the study, the researchers generated stem cells, which have the ability to develop into specialised cell types in the body, from patients’ own cells. The team then used those cells to chemically create four different subtypes of Parkinson’s: two involving pathways leading to toxic build-up of a protein called alpha-synuclein and two involving pathways associated with dysfunctional mitochondria, the cell’s battery packs. Working with the British technology company Faculty AI, the team developed machine-learning algorithms which were able to accurately predict the Parkinson’s subtype when presented with images it had not seen before. James Evans, a PhD student at the Crick and UCL, and first co-author of the study, said: “Now that we use more advanced image techniques, we generate vast quantities of data, much of which is discarded when we manually select a few features of interest. “Using AI in this study enabled us to evaluate a larger number of cell features, and assess the importance of these features in discerning (the) disease subtype. “Using deep learning, we were able to extract much more information from our images than with conventional image analysis. “We now hope to expand this approach to understand how these cellular mechanisms contribute to other subtypes of Parkinson’s.” Read More Charity boss speaks out over ‘traumatic’ encounter with royal aide Ukraine war’s heaviest fight rages in east - follow live Oxford scientists find no evidence to suggest Facebook not good for wellbeing Many adults would struggle to understand video-sharing platforms’ rules – Ofcom Ozzy Osbourne PlayStation tweet which failed to reveal link to Sony banned

Scientists are trying to work out the source of dark matter. A group want to house a giant international particle detector that would be built 3,000ft underground in a working mine in Boulby, North Yorkshire to find the cause of the mysterious space matter. “We are entering the last-chance saloon to show that these particles are the cause of dark matter, and we want to make sure Britain is at the heart of that work by building the final generation of these detectors,” physicist Professor Chamkaur Ghag of University College London told the Observer. Scientists know the universe contains more matter than can be seen directly because they can see galaxies held together in clusters when they should be flying apart. Extra mass must be generating more gravity and holding these galaxies together, Most researchers think particles called weakly interacting massive particles – Wimps - are the source of dark matter. But these Wimps are hard to detect so scientists are trying to have a proper stab at it by combining resources and working in one Yorkshire site. “And what we are striving to do in Britain is to get it built at Boulby. Essentially, we want the last-chance saloon for Wimps to be built in the UK,” said Ghag. Dark matter accounts for around 85 per cent of the universe’s mass.There are also mines in South Dakota, and near Rome in Italy that are also hunting for Wimps which could provide answers. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.