Director David Yates has revealed the 'Fantastic Beasts' franchise has been "parked" but he expects to return to it in the future.

'Barbie' star America Ferrera delivered her speech in a lot of different ways.

The historic Boston church where the American Revolution started is taking on a new role

The United States will serve as hosts of the expanded 32-team 2025 Club World Cup, after being unanimously voted upon by the FIFA Council.

Geoffrey Hinton, one of the so-called godfathers of artificial intelligence, urged governments on Wednesday to step in and make sure that machines do...

Max Verstappen is more focused on winning than on records

The world’s largest battery maker has launched what it claims is the first ever “superfast charging” battery capable of delivering 400 kilometres (249 miles) of range from just a 10 minute charge. China’s Contemporary Amperex Technology Limited (CATL) said its new lithium-ion battery would open up a new era for electric cars and eliminate range anxiety for owners. On a full charge, the battery holds enough charge to travel over 700 km without needing to recharge – roughly 60 per cent further than the average electric vehicle in 2023. CATL said the increase in battery capacity and charge time was achieved through a “brand-new superconducting electrolyte formula” that results in improved conductivity. “The future of the EV battery technology must remain steadfastly anchored at the global technology frontier, as well as the economic benefits,” said Dr Wu Kai, chief scientist at CATL. “As EV consumers shift from pioneering users to ordinary users, we should make advanced technology accessible for all and enable everyone to savour the fruits of innovation.” CATL, which manufactured more lithium-ion batteries than any of its competitors in 2022, plans to begin mass production of its next-generation battery later this year. The company did not reveal which automakers would be the first to receive the batteries, though its customers include BMW, Daimler AG, Honda, Tesla, Toyota, Volkswagen and Volvo. Electric car sales have experienced record-breaking growth in recent years, with more than 10 million sold last year, however they still account for less than a fifth of all car sales. Range anxiety remains one of the main barriers for consumers when considering the purchase of an electric vehicle, according to the International Energy Agency, which has led manufacturers like CATL to invest heavily in overcoming this obstacle. Other challenges include access to battery materials and battery degradation, though CATL claims this second pain point is not an issue with its latest battery. Most major carmakers have set targets to phase out cars with internal combustion engines entirely by 2040 and estimates from the IEA suggest electric car sales will overtake fossil fuel-powered car sales within the next 15 years, though battery breakthroughs could reduce this time scale even further. Read More Battery breakthroughs are about to trigger a transport revolution World’s first ‘superfast’ battery offers 400km range from 10 mins charge The new iPhone update has made a very small, very controversial change Bitcoin’s price is crashing dramatically

A huge phosphate rock deposit discovered in Norway contains enough minerals to meet the global demand for batteries and solar panels for the next 100 years, according to the mining company that controls it. Norge Mining said up to 70 billion tonnes of the non-renewable resource may have been uncovered in south-western Norway, alongside deposits of other strategic minerals like titanium and vanadium. Phosphate rock contains high concentrates of phosphorus, which is a key component for building green technologies but currently faces significant supply issues. Phosphorus was first discovered in 1669 by German scientist Hennig Brandt, who was searching for the philosopher’s stone. While it proved ineffective in turning ordinary metals into gold, it has become an essential component in lithium-iron phosphate batteries in electric cars, as well as for solar panels and computer chips. Russia previously controlled the world’s largest ultra-pure phosphate rock deposits, with the European Union warning that these “critical raw materials” have a high supply risk. The EU is currently almost entirely dependent on imports of phosphate rock from the rest of the world, according to a report from The Hague Centre for Strategic Studies, with China, Iraq and Syria also home to large deposits. The report, which was published before the discovery of the massive Norwegian deposit, warned that the EU should be “concerned about phosphate rock shortages”. An article in the scientific journal Nature last year warned of imminent supply disruptions of phosphorus, citing Russia’s invasion of Ukraine and the subsequent economic sanctions as a potential cause of market volatility. The global economy consumes an estimated 50 million tonnes of phosphorus each year, with scientists warning earlier this year that the planet could face a “phosphogeddon” if supply trends continue. “The buyers’ market is becoming increasingly crowded by limited trade – due to political instability in several source countries, as well as international sanctions imposed on others,” Norge Mining noted in a June blog post. “This is forcing importers to fear an impending crisis.” Norway’s minister of trade and industry, Jan Christian Vestre, said last month that the government was considering fast-tracking a giant mine in Helleland once analysis is completed on 47 miles of drill cores. If approval is given, the first major mine could begin operation by 2028. The politician said Norway’s “obligation” was to develop “the world’s most sustainable mineral industry” following the discovery of the minerals. The mining plans already have the support of the European Raw Materials Alliance, according to local reports, while local consultations continue. A spokesperson for the European Commission described the discovery as “great news” for meeting the objectives of the Commission’s raw material objectives, with Norge Mining telling Euractiv that the projected 4,500-metre-deep ore body would theoretically be capable of meeting global demand for the next century. Read More Solar trees offer unique solution to charging electric cars Mineral discovery could meet global battery and solar panel demand for next 100 years ‘Miracle material’ solar panels to finally enter production AI rise will be ‘most profound’ shift seen in our lifetimes, Google UK boss says

AUSTIN, Texas--(BUSINESS WIRE)--Aug 29, 2023--

China and the United States -- the world's two biggest greenhouse gas polluters -- will work together at the UN climate talks in Dubai, US...

A federal judge has overturned a decades-old California law banning assault weapons, calling the restriction "extreme" and unconstitutional.

A natural phenomenon consisting of polka-dot-style formations has been cropping up around the world, and scientists are baffled as to why. The circular-shaped patches of ground have been seen in deserts in Australia and Namibia but now experts believe they are more widespread than originally thought. Known as “fairy circles”, there are now 263 known sites across the globe where they can be found, according to new research published in the journal Proceedings of the National Academy of Sciences (PNAS). They have been documented in 15 countries, across three continents, including the Sahel region of Africa, Madagascar, and in Middle-West Asia. And yet, despite the spread of these anomalies, scientists are still none the wiser about how they actually form. A team led by environmental scientist Emilio Guirado, of the University of Alicante in Spain, explained in their paper on the "intriguing" phenomenon: “We conducted a global and systematic assessment of fairy circle-like vegetation patterns and discovered hundreds of [fairy-circle]-like locations on three continents. “Our study provides insights into the ecology and biogeography of these fascinating vegetation patterns and the first atlas of their global distribution.” The mysterious circles appear in desert regions and can be as wide as 12 metres (39 feet) in diameter. They are almost always spaced out and rarely connect or overlap with one another. Several theories have been put forward as to what causes them, including, tiny insects, termites, and plant toxins. But, none have been accompanied by any significant evidence and some have been debunked completely. One significant factor limiting their study is they are often found in places that are difficult to access and are inhospitable. Locating the 263 different sites of “fairy circles” involved analysing high-resolution satellite imagery. Guirado and his team wrote in their paper: “[The sites] include those already identified in Namibia and Western Australia, as well as areas never described before, including the Sahel, Western Sahara, Horn of Africa, Madagascar, Southwest Asia, or Central and Southwest Australia. “By doing so, our study provides a global atlas of areas showing FC-like vegetation patterns and expands the known existence of this vegetation type to new countries and continents.” The team hopes that locating new sites will enable them to find common traits that may point towards their cause. Sign up to our free Indy100 weekly newsletter 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.