Deutsche Bank AG is testing out artificial intelligence tools that aim to detect possible signs of misconduct from

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HOUSTON--(BUSINESS WIRE)--Jul 13, 2023--

An influencer has been criticised for complaining about commuters getting in her way as she posed for photos in front of a tube on the London Underground. In the viral video from last year, TikToker Antonia Freya Lydia (@turnttoni) attempted to show off her black feather strapless dress in a clip but this proved to be challenging as people were walking along the platform. "Taking an aesthetic video in London Underground be like," she wrote in the on-screen text as people walked past and blocked her shot. She added in the caption: "Like can yoh wait just one sec,sir." @turnttoni like can yoh wait just one sec,sir? #fy #foryou #london #underground Since sharing the video, it went with 8.9m views where people took to the comment section and didn't hold back on their thoughts. One person said: "Some people actually use the station to get to places instead of taking insta photos crazy right?!?" "GIRL IT’S A TRAIN STATION—" another person wrote. A third person added: "You know people have to go to work and they're not going to stop their lives for you. Don't want people around, go someplace private." "If you were in a wide open space this would make sense but… in a TRAIN STATION?!" a fourth commented. Someone else replied: "Imagine doing this at Oxford Circus and expecting people to get out of your way." While a few defended the influencer too "Don’t think she knew it was gonna be that busy and she is probably joking lol," one person wrote. Someone else replied: "Idk about y’all but i understand her completely." But this wasn't the end of the matter... The debate was reignited when Twitter user @schizarella (not Antonia in the original video) weighed in with their thoughts after the clip was reposted on the platform on Sunday. "When you see someone recording just walk behind the camera or wait literally ten seconds, if you can't do this then you don't deserve to be part of a civilized society," they wrote in a post that has since become unavailable to view. It prompted many people to disagree and criticise the influencer for her actions - here are some of the comments. In a recent TikTok, Antonia aka the influencer in the original video responded to a critical comment saying they couldn't believe she was complaining about people getting in her shot, and called her content "lame." @turnttoni Replying to @sop excuse me, what do you mean? #fy #foryou #subway To which Antonia replied with a video filled with different snaps of herself all over the world and in different outfits where she seemed to be unbothered as she wrote: "wait.... lame?" Then, she wrote in the caption: "excuse me, what do you mean?" 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.

REDMOND, Wash.--(BUSINESS WIRE)--Jul 13, 2023--

President Xi Jinping said China will decide on its own path to reduce carbon emissions instead of following

Chip giant TSMC said it is determined to "keep its roots in Taiwan", as it launched a massive new research and development facility in the northern...

How much do you really know about our biological and physiological responses to *waves hands around* all this? Grab a stress ball and find out.

PewDiePie, a self-proclaimed introvert, turned to video games for comfort as a way to cope with the demands of daily life

ALPHARETTA, Ga.--(BUSINESS WIRE)--Jul 11, 2023--

Why was IShowSpeed's brother bullied at his school? Here's what we know

The name “core” suggests something hard and fixed but, it turns out, the Earth’s core is leaking. That is, at least, according to a team of top scientists, who drew the conclusion after analysing 62-million-old Arctic rocks. Geochemists from the California Institute of Technology and Woods Hole Oceanographic Institution detected record concentrations of helium 3 (3He) and helium 4 (4He) isotopes in the rocks, which suggest a slow trickle up from the very heart of our planet. They believe there could be reserves of the elusive gas buried some 2,900km underground. Helium is a surprisingly rare element on the Earth’s surface and experts have yet to establish just how much of it remains trapped deep beneath our feet. However, the new discovery has provided them with a fresh insight into the most mysterious region of our world. Understanding the presence of these helium isotopes could illuminate key processes in the core, such as how the Earth generated its life-protecting magnetic field. Most helium in the universe dates back to the Big Bang which occurred 13.8 billion years ago. The Earth swallowed up some of this as an infant planet, but mostly burped it all away during its 4.6 billion-year-long formation, as Science Alert reports. This means that any traces of helium found in volcanic rock – such as the samples unearthed in the Arctic – are believed to come either from pockets of mantle that are yet to release their helium, or from a vast, slow-leaking reserve. Basaltic lavas on Canada's Baffin Island contain some of the world's highest ratios of 3He to 4He, which geologists believe indicates that the gas's presence is not to do with the atmosphere, but rather the sign of deeper terrestrial origins. Several years ago, geochemist Forrest Horton uncovered helium isotope ratios of up to 50 times that of atmospheric levels in samples collected from Baffin's lava fields. This unusual concentration was also detected in lavas collected from Iceland. Horton and his team wondered if the helium in both samples may have derived from an ancient reservoir deep within the crust. And, it seems, their hunch may have been right. Their latest analysis – including specimens of the mineral olivine taken from dozens of sites across Baffin and surrounding islands – has delivered the highest ratio of 3He to 4He ever recorded in volcanic rock – measuring nearly 70 times anything previously detected in the atmosphere, as Science Alert notes. The team also considered ratios of other isotopes in order to rule out factors that may have altered the helium’s composition post-volcanic eruption, and found that the ratio of isotopes in the gas neon also matched the conditions present during the Earth’s formation. Despite advances in geology, the Earth’s core remains a great mystery, given that we have no way of directly exploring its core. The deepest hole humans have ever dug – branded the "entrance to hell" – extended an impressive 12,263m (40,230ft) down, but even that doesn’t come close to breaking through the crust to the layers beneath. Still, thanks to techniques like seismic tomography – which analyses how waves of energy travel through different materials during earthquakes – we’ve been able to map out the world’s interior. And carefully crafted simulations, based on the thermodynamics and pressures of our planet’s innards, suggest reserves of noble gases (like helium and neon) trapped in the core could have been protected as the Earth grew before seeping into the surrounding mantle over time. If the core is leaking, this could teach us a thing or two about how planets like ours form and how life, eventually, emerges. 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