Honda’s profit for the fiscal year that ended in March has dropped 1.7% as sales took a hit from a semiconductor shortage and restrictions in China related to the coronavirus pandemic

Taylor Swift is known for dropping musical Easter eggs, and with the release of 1989 (Taylor's Version) on the horizon, a new Google game has appeared where fans can unlock the album vault track titles and features. In a post to Instagram, the pop star shared a clip of the 1989 blue and seagull-themed vault, where the vault opened to reveal different letter flying letters - a similar rollout to her previous re-recordings Fearless (Taylor's Version) and Red (Taylor's Version) back in 2021. "You can tell me when the *search* is over… if the high was worth the pain," the caption read, referring to the commencement of "the search," as well as lyrically referencing the 1989 hit song Blank Space. If you Google 'Taylor Swift' now, a graphic of a blue vault sitting in the sand will appear in the bottom right-hand corner of the search results. Once clicked on, a series of jumbled letters appear on the screen in different colours along with a hint at the bottom to help fans figure out the word. Altogether there are 89 puzzles to solve in total but Swifties need to collectively solve a whopping 33m (Swift is 33 years old) puzzles globally to unlock the vault, and the fandom has made it their mission to complete the challenge. At the time of writing, over 27.2m puzzles have been solved. After quickly realising the mission, the Google page was inundated with Swifties desperately to join in - so much so that they "jammed" the vault due to demand with the search engine providing an update. (With some Swift-based lyrical puns, of course). Since then it looks like the vault is working as fans get closer to cracking it open... Swift's fourth re-recording of 1989 (Taylor's Version) is set to be released next month on October 27. 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.

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For centuries we’ve been told that the Moon is made of cheese but now, it turns out, the Earth is more like butter. Or, at least, its inner core is. A new study led by experts at the University of Texas (UT) and collaborators in China found that iron atoms at the very centre of our world move around much more than previously thought, and the implications could be huge. Scientists have long sought to dissect the insides of our planet but it isn’t easy, 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. Now, researchers have used lab experiments and AI algorithms to shed a striking new light on the heart of the planet. "Seismologists have found that the centre of the Earth, called the inner core, is surprisingly soft, kind of like how butter is soft in your kitchen," Youjun Zhang, a Sichuan University professor who co-led the investigation, said in a statement shared with Phys.org. "The big discovery that we've found is that solid iron becomes surprisingly soft deep inside the Earth because its atoms can move much more than we ever imagined. This increased movement makes the inner core less rigid, weaker against shear forces." The findings are significant because they could help explain the role that the inner core plays in generating the world’s magnetic field. They could also help us understand a number of the inner core’s key properties, which have long flummoxed experts. "Now, we know about the fundamental mechanism that will help us with understanding the dynamic processes and evolution of the Earth's inner core," Jung-Fu Lin, one of the study's lead authors, explained. Given that it is impossible for scientists to directly extract specimens from the inner core, Lin and his colleagues recreated it in miniature. They took a small iron plate, shot it with a fast-moving projectile, and collected the resulting temperature, pressure and velocity data, which they then fed into an AI computer model. Using this machine learning system, they were able to scale up the sample iron atoms configuration to mimic the atomic environment within the inner core. At this beefed-up scale, the researchers observed groups of atoms moving about while still maintaining their overall structure. Inner Core iron atom motion model University of Texas This movement could explain why seismic measurements of the inner core reveal an environment that's softer and more malleable than would be expected at such pressures, Prof Zhang explained. Around half of the energy that goes into generating the Earth's magnetic field can be attributed to the inner core, with the rest coming from the outer core, according to the UT team. Thanks to Zhang, Lin and their colleagues, we now have a clearer understanding of the inner core’s machinations at an atomic level, which could help inform how energy and heat are generated at the heart of the planet. This could also shed light on how the inner and outer core work together to generate the Earth’s magnetic field – a key ingredient in making a planet habitable. 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.

BEIJING (Reuters) -Chinese state-owned semiconductor conglomerate Tsinghua Unigroup plans to accelerate its international expansion, with Southeast Asia an important target

From Donald Trump's 2016 election victory to the shocking twist at the end of Game of Thrones, it seems that The Simpsons has a knack for predicting the future - and now some believe it predicted the new social media app Threads. The cartoon series has been running for 35 years since it first took to screens in 1989 and has become a part of pop culture in the 750 episodes that have aired. During this time, The Simpsons have covered a wide selection of topics from politics to celebrities, and as a result, it has eerily managed to foretell news or events that have not happened yet. Sign up to our free Indy100 weekly newsletter Some recent examples include the unexpected connection between the Titanic sub and foreseeing the controversial Willow Project. Most recently, people believe the show predicted Meta's new social media platform, Threads, which is said to rival Twitter. The "evidence" that has been circulating around the internet is a photo of Homer Simpson with his ear circled as it appears to be drawn like an "@" sign, strikingly similar to the Threads logo, which is shown beside the image. "The Simpsons predicted threads?!??" Twitter user @bestinteracted asked. However, all is not what it seems since Homer's ears are drawn differently in the cartoon show, and so the image is not real, rather it has been edited to make it look like the Threads logo. Someone was quick to point this out in response. So, in conclusion - no, The Simpsons did not predict the Threads app. 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.

SHENZHEN, China Chinese tech giant Huawei Technologies received $560 million in royalty revenues in 2022, Alan Fan, its

Billionaire Elon Musk's decision to rebrand Twitter as X could be complicated legally: companies including Meta and Microsoft (already have intellectual property rights to the same letter.

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Scientists have seen one of the mysterious “dark spots” on Neptune from Earth for the first ever time. Researchers spotted the feature using the European Southern Observatory’s Very Large Telescope, or VLT. Using that telescope, astronomers were able to examine a large dark spot – which was joined by a smaller, bright spot, they said, of a kind that has never seen before. Scientists still do not know why those spots form on Neptune’s blue atmosphere. But they hope that the new observations could help answer questions about their origin. “Since the first discovery of a dark spot, I’ve always wondered what these short-lived and elusive dark features are,” said Patrick Irwin, professor at the University of Oxford and lead investigator of the study. It has already helped rule out one possibility: that the dark spots are caused when the clouds on the planet clear. The observations instead suggest that the spot is formed when air particles make a layer below the main one go darker, caused by ice and haze mixing in the atmosphere. Understanding the spots has been difficult because they leave the planet’s surface as mysteriously as they arise. They have also been difficult for researchers to actually examine, given the difficulty of spotting them through telescopes. Previously, scientists were forced to send spacecraft to see the spots, and the first was observed in 1989, when Nasa’s Voyager 2 flew past. It disappeared a few years later. In recent years, scientists have been able to examine them with the Hubble Space Telescope, which has seen more spots on the atmosphere. When it did so, astronomers were able to point ground-based telescopes towards them, allowing for more detailed research. “This is an astounding increase in humanity’s ability to observe the cosmos,” said Michael Wong, a researcher at the University of California, Berkeley and a co-author on the paper. “At first, we could only detect these spots by sending a spacecraft there, like Voyager. “Then we gained the ability to make them out remotely with Hubble. Finally, technology has advanced to enable this from the ground.” The new observations allowed scientists to examine the spot using the VLT’s Multi Unit Spectroscopic Explorer, which let them split the light from Neptune and the spot into its component colours. That in turn means that astronomers can understand the height at which the spot sits, and how the atmosphere is composed. As well as helping examine the dark spots, scientists also saw a surprise result: another, entirely new kind of bright spot. “In the process we discovered a rare deep bright cloud type that had never been identified before, even from space,” said Wong. The work is described in a new paper, ‘Cloud structure of dark spots and storms in Neptune’s atmosphere’, published in Nature Astronomy. Read More Mysterious dark spot on Neptune detected from Earth for the first time We just received the first ever pictures taken near the Moon’s uncharted south pole Chandrayaan-3 mission rover exits Moon lander to explore lunar south pole Mysterious dark spot on Neptune detected from Earth for the first time We just received the first ever pictures taken near the Moon’s uncharted south pole Chandrayaan-3 mission rover exits Moon lander to explore lunar south pole