The Mediterranean is set to be hit by more record-breaking temperatures later this month, after a brief respite

Meta's "AI personas" might launch as soon as next month, according to company insiders. According

Third-quarter earnings from Big Tech, auto makers, and more. Plus, a first look at GDP growth and the Federal Reserve's preferred inflation measure.

The price of bitcoin has experienced the strongest first half of a year since 2019, nearly doubling in value since the start of 2023. The world’s leading cryptocurrency reached above $31,000 this week, up from $16,000 in January, pushing its market cap above $600 million for the first time in more than a year. Some crypto analysts suggest the approaching ‘halving’ event, which will see bitcoin mining rewards drop by 50 per cent, could be one factor behind the cryptocurrency’s positive price trend. Bitcoin’s halving takes place roughly every four years, with the crypto’s price cycles viewed by many traders and investors as being intrinsically link to the event. Sometimes referred to as “the halvening”, the seismic event is built-in to bitcoin’s technological foundations, and is aimed at making the digital currency anti-inflationary by reducing its supply. “The months prior to the halving have historically seen the start of a bullish trend for the market, hence the market participants are carefully looking at the second half of 2023,” Matteo Greco, a research analyst at the fintech investment firm Fineqia International, told The Independent. “Riot Platforms, an industry leader in bitcoin mining and data centre hosting, announced a $162 million investment to purchase 33,280 miners, aiming to nearly double its computational power in anticipation of the next halving.” Mr Greco pointed to the cryptocurrency litecoin, once referred to as the silver to bitcoin’s gold, which typically experiences its halving event a few months before its more famous rival. In the months leading up to Litecoin’s halvings in 2015 and 2019 its price saw massive gains, which were then replicated by bitcoin. Litecoin’s next halving is currently scheduled for 3 August 2023 and it is once again experiencing a significant price increase, outperforming broader market trends. “Litecoin often served as a sentiment metric on the bitcoin halving,” Mr Greco said. “The big increase in price, while most of the altcoins keep lagging, suggests bullish sentiment is increasing ahead of the next BTC halving.” Bitcoin’s halving is currently scheduled for 26 April, 2024, with pseudonymous crypto trader PlanB noting another historic price trend that could signal more gains over the coming months. “Buy bitcoin six months before a halving and sell 18 months after a halving has historically beaten ‘buy and hold’ [trading strategy],” he tweeted on Monday. “The next halving is in April 2024... Will this strategy work again?” Read More How bad is bitcoin for the environment really? Crypto experts discuss bitcoin price predictions What is Solana? The crypto rising 200-times faster than bitcoin Could Norwegian fjords and waterfalls stop bitcoin from destroying the planet?

Wilds of Eldraine doesn't drop for a few months, but card art has already been revealed for the new Magic set.

Scientists have worked out how close a neutron star collision would have to be to threaten all life on Earth, in a not-remotely-terrifying new study. The event, known as a kilonova, is among the most powerful and explosive in the known universe. It’s not quite as bright as a supernova – but we should still keep our distance. Haille Perkins, team leader and a scientist at the University of Illinois Urbana-Champaign, told Space.com: “We found that if a neutron star merger were to occur within around 36 light-years of Earth, the resulting radiation could cause an extinction-level event.” That’s about 212 trillion miles – which seems like quite a large danger zone. But we need not worry, apparently. Kilonovae are extremely rare and difficult to spot, because they happen so quickly. Scientists, including those from the University of Warwick, recently managed to observe one by using the James Webb telescope. The explosion first produces a blast of gamma rays which lasts for just seconds. If we got caught in one of those, it would fry us all rather quickly. That’s pretty unlikely because they go in two thin lines out from the centre of the blast. They also cause an afterglow of X-ray emissions in the surrounding dust and particles. If we’re within 16.3 light years of those, we’d be in trouble. But the worst bit is the cosmic rays (of course!) – energetic charged particles spreading out from the explosion in a bubble. If these hit Earth, they would strip the ozone layer and leave us vulnerable to ultraviolet rays for several thousand years. That would be a bummer because, again, we’d all die. Fortunately, kilonovae are so rare that we’re more likely to get hit by an asteroid, added Perkins. She said: “There are several other more common events like solar flares, asteroid impacts, and supernova explosions that have a better chance of being harmful.” That’s good then. New kilonova discoveries In the most recent kilonova, it was the gamma rays that alerted the astronomers to the fact something big was going down. Then, they got in touch with various telescopes and detectors to ask them to focus on the bit of the sky where the burst had come from, and bingo: kilonova. Here's what it looked like on the JWT's feed. One of the major discoveries from this one is that kilonovae produce an element called tellurium, a relatively rare element on Earth. They also worked out where the two neutron stars came from: a spiral galaxy about 120,000 light years away from the location of the final explosion. That’s about the diameter of the Milky Way, and just a little further away than the mere 36 light year danger zone, then. But it’s food for thought nonetheless, eh? How to join the indy100's free WhatsApp channel 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.

Technology giants Microsoft Corp. and Alphabet Inc. may be leading the development of artificial intelligence, but there is

The highly anticipated follow-up to Diablo III is finally here — well, almost. Diablo IV

Microsoft Teams, the popular workplace chat app, has gone down in the middle of the working day. Users complained that they were unable to get online or talk to colleagues in what appeared to be a widespread outage. But soon after the problems were identified, many appeared to be able to get back online again. The problems began around lunchtime in the UK, and around the time that many in the US are beginning work, according to tracking website Downdetector. Numerous users complained on that site and elsewhere that they were unable to get online, particularly using their browser. Many of those users were hit by a mysterious message reading: “Operation failed with unexpected error”. Others saw similarly vague messages about not being able to connect to the internet or indistinct error codes. Microsoft confirmed on its official account that it was aware of an issue where “some users may be unable to access Microsoft Teams using web browsers”. But numerous users complained that they were unable to get online through the desktop app, either.

Elon Musk's biotechnology startup Neuralink raised $280 million in a fundraising round, the company announced on Monday via X, the Musk-owned social media platform formerly known as Twitter.

Scientists have made an astonishing discovery that suggests bacteria contain memories to be passed on to future generations. Researchers at the University of Texas and the University of Delaware found that despite having no brain or nervous system, certain bacteria may be able to form memories and remember certain behaviours depending on the available cellular iron. When iron levels are low, bacteria can hunt for local iron in their environment, prompting scientists to believe its memory has evolved, according to Science Alert. "Bacteria don’t have brains, but they can gather information from their environment, and if they have encountered that environment frequently, they can store that information and quickly access it later for their benefit," Souvik Bhattacharyya, the lead author of the recent study said. "We show [...] that a prior experience of swarming is remembered when Escherichia coli encounters a new surface, improving its future swarming efficiency," Souvik explained. "An iron-based memory might offer the advantage of providing a hub connecting various stress responses such as antibiotic survival and biofilms." The 'memories' lasted for around four generations, before generally coming to an end by the seventh. "Before there was oxygen in the Earth’s atmosphere, early cellular life was utilizing iron for a lot of cellular processes. Iron is not only critical in the origin of life on Earth, but also in the evolution of life,” the study author went on to explain. "It makes sense that cells would utilize it in this way." How to join the indy100's free WhatsApp channel Sign up for 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.

Meta’s new app, Thread, was unveiled on Wednesday, July 05, a day before its supposed release date