TL;DR: As of September 14, get this Grade A+ refurbished iPhone XS Max (unlocked) for

TOKYO--(BUSINESS WIRE)--Sep 21, 2023--

LOUISVILLE, Colo.--(BUSINESS WIRE)--May 31, 2023--

By Jonathan Allen and Brad Brooks LAHAINA, Hawaii Officials in Hawaii on Tuesday implored residents to submit DNA

Eurostar passengers departing from London can avoid one of two manual passport checks through a facial verification system. The launch of the technology at St Pancras station – which also removes the need to scan tickets – is aimed at easing congestion. To participate, passengers must use an app before travel to scan their identity document and verify their face and ticket. At the station they walk in front of a screen and have their face detected. If they are approved they can proceed through doors which open automatically. The SmartCheck system, developed by iProov, is available to Business Premier and Carte Blanche passengers. Users no longer need to have their passports scanned by Eurostar’s UK contractors carrying out exit checks. Bags are still being scanned by security staff and French border officials are continuing to check passports. It emerged earlier this year that Eurostar was being forced to leave hundreds of seats empty on trains to and from London to avoid long queues at stations. The situation has since improved but dozens of seats are not being offered for sale on some services. Enhanced post-Brexit checks carried out by French border officials have significantly increased the time it takes to process passengers at the station. Eurostar chief executive Gwendoline Cazenave said: “Providing a seamless station experience to our customers is a priority for Eurostar. “We continue looking for solutions to increase capacity in stations and simplify the passengers’ flows. “SmartCheck in St Pancras International station is a solution for a faster and seamless check-in experience. “By introducing SmartCheck, we become the first rail travel operator to adopt biometric face verification. “This innovation will enhance our customer departure journey, which is crucial to provide Eurostar’s unique travel experience.” Andrew Bud, chief executive of iProov, said: “The rollout of SmartCheck in Eurostar’s Business Premier check-in at London St Pancras is significant because it clearly demonstrates how facial biometric technology can be used to manage border control in a smarter and more efficient way, to benefit both organisations and passengers at scale. “By creating a biometric corridor, we are moving security checks away from the station, saving precious time and space at the border, streamlining the boarding process to one that’s far faster, more convenient, less crowded and stressful, yet even more secure.” Heathrow Airport began trialling facial biometric scanners in 2019 but the project was dropped when passenger numbers collapsed due to the coronavirus pandemic. Read More Charity boss speaks out over ‘traumatic’ encounter with royal aide Ukraine war’s heaviest fight rages in east - follow live ‘Hostile states using organised crime gangs as proxies in the UK’ Kim Kardashian, Rylan Clark and Dalai Lama among those joining new app Threads Mastercard helping banks predict scams before money leaves customers’ accounts

Many of us look to the stars for answers to life’s most complex questions. But actually, some of the greatest mysteries lie beneath our very feet. One might think we’d know the Earth pretty well by now but, in fact, our planet’s core remains shrouded in enigma. Indeed, there are two gigantic blobs located beneath Africa and the Pacific Ocean that occupy around six per cent of the world’s entire volume. And yet, we’re still not entirely sure what they’re made of or where they came from. There are a number of hypotheses, including that they are piles of oceanic crust that have accumulated over billions of years. Sign up for our free Indy100 weekly newsletter But a more interesting theory is that they are huge chunks of an ancient planet that hit the Earth around 4.5 billion years ago. To give an indication of just how massive these things are, the structure under Africa – an area known as Tuzo – is thought to be around 800km (497 miles) tall – the equivalent of some 90 Mount Everests stacked on top of one another, as IFLScience notes. The problem with determining the origin of these monster formations is that there are no direct ways of observing the Earth’s core. The deepest hole humans have ever dug – branded the "entrance to hell" – reached a pretty staggering 12,263m (40,230ft), but that doesn’t even come close to breaking through the crust to the layers beneath. Our most effective tool for analysing what lies beneath the ground is a technique called seismic tomography, which looks at how waves of energy travel when earthquakes occur. Since rocks and liquids have different densities, the waves move through them at different speeds. By measuring the tremors from different points on the surface, geologists can determine what kind of material the waves are travelling through and, in so doing, map out the Earth’s interior. It was by using this technique that the two unusual structures – known as large low shear velocity provinces (LLSVPs) – were found. Waves travel more slowly in these areas – fondly known as “blobs” – than through the surrounding lower mantle, indicating that they’re made of something different. We can’t tell what this material is based on seismic tomography data alone, but some scientists like to believe that they are the remnants of an ancient planet called Theia – an idea known as the “giant impact hypothesis”. According to this hypothesis, around 4.5 billion years ago, a Mars-sized object collided with the Earth. This impact not only created the planet we call home today, but also threw off enough rock to form the moon that lights up our night skies. Some scientists suggest that some of Theia’s leftovers also sunk to the bottom of the planet, probably settling somewhere above the core – thereby forming at least one of the two LLSVPs. More Updates About Strange Blob Structures Inside Planet Earth youtu.be Experts have been investigating the area for decades but there’s still no way of knowing for sure just what these two giant blobs are. Still, studies into Theia have offered important insights into how the possible collision might have kickstarted key plate tectonic and mantle motion inside our planet – crucial processes for establishing the world on which we live. It’s also a useful reminder that we still have so much to learn about our planet and where we came from. 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.

SAN DIEGO--(BUSINESS WIRE)--Aug 30, 2023--

Elon Musk said on Friday monthly users of social media platform X, formerly known as Twitter, reached a

As of June 12, several pairs of Beats earbuds are on sale at Amazon for

CALGARY, Alberta--(BUSINESS WIRE)--Sep 21, 2023--

The Biden administration has forced a Saudi Aramco venture capital firm to sell its shares in a Silicon

The UK plans to expand its definition of what counts as climate aid in order to meet its