The Beipanjiang Bridge sits over 565 meters (1,854 feet) above the Beipan River Valley nestled between two very steep cliffs, making it the world’s highest bridge.

Also known as the Duge Bridge or “China’s Impossible Engineering Feat”, the world’s highest bridge may not look that impressive at first sight, but it is a testament to Chinese engineering and innovation. Located close to the border between the provinces of Guizhou and Yunnan, in one of China’s most mountainous regions, the Beipanjiang Bridge required so many design innovations and new technologies that the company that built it won a Gustav Lindenthal Gold Medal, considered the “Nobel Prize” in the field of bridge construction. Completed in 2016, the world’s highest bridge connected the provinces of Guizhou and Yunnan, opening up an entire area that had previously been inaccessible to cars and trucks.

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Chinese scientists recently unveiled an innovative brick type that they hope will be used to build the world’s first base and inhabitable houses on the surface of the moon in the near future.

It’s no secret that China has big plans when it comes to moon colonization. Earlier this year, it became the first country to land a probe on the dark side of the moon and bring it back with valuable soil samples, and putting people on the moon appears to be the next logical step. However, the Asian giant is already planning for the day when we’ll be able to build bases and other buildings on the Earth’s natural satellite, and to that end, it has developed an ingenious type of brick designed to withstand both physical pressure and high levels of radiation from the sun. The so-called “moon soil bricks” will be sent to the moon to be tested until the end of next year.

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A Japanese company has developed an artificial intelligence filter that can detect angry screams and translate them into calm speech in order to reduce the stress experienced by call center operators.

Large tech companies have long been aware of the stress their call center operators are exposed to every single day, with many customers taking out their anger and frustrations on them. Some of them have even introduced stress management programs that include relaxation techniques, meditation, yoga, or therapy meant to irritability and anxiety. However, one Japanese company may have come up with a much more efficient solution – using AI to completely take screaming and aggressive speech out of the equation. SofBank claims to have spent three years creating a voice filter that detects screaming and automatically translates it into calm speech.

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Researchers at the University of California recently created a self-powered throat patch that uses machine learning to translate muscle movements into speech, helping people to speak without vocal cords.

Jun Chen, an assistant professor of bioengineering at the University of California, Los Angeles, came up with the idea for a non-invasive speech-enabling device after feeling his vocal cords get tired as a result of lecturing for several hours at a time. He began thinking of ways of helping a person speak without using their vocal cords, and with the help of his colleagues at the University of California, he designed an innovative patch that sticks to the user’s throat and uses AI technology to decode their muscle movements into speech. The lightweight device is resistant to skin sweat and also harnesses the user’s muscle movements to generate electricity, which means that it doesn’t require a battery to operate.

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VabsRider, the ‘world’s first virtual axis bicycle seat,’ is an innovative bicycle saddle featuring two sides that move independently as you pedal to distribute the load more evenly for a more comfortable ride.

Australian engineer Robin Macan had always wondered why no one had come up with a more comfortable bicycle seat. The flaw of the common saddle was obvious – “no amount of cushioning can compensate for the inherent pain points on the human body,” so he came up with a concept for an articulating bicycle seat that would dynamically distribute body weight as the rider pedaled. He took his prototype to the Inventors Association of Australia, a nonprofit offering support to inventors, and that was where he connected with industrial designer Philippe Guichard. The two set out to refine the design, and after two years of work, they combined forces with Whistle, an industrial design and engineering company, to develop a market-ready product. Now, the vabsRider split-seat bicycle saddle is ready to offer users the most comfortable bike ride of their lives.

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Researchers at MIT created a high-tech pill that starts to vibrate once it makes contact with gastric fluid in the user’s stomach in order to stimulate receptors in the stomach and create the sensation of fullness.

VIBES, short for Vibrating Ingestible BioElectronic Stimulator, was only recently unveiled in a study published in the Science Journal, but it is already being touted by the media as the future of weight loss. Although it has yet to be tested on humans, trials on pigs have yielded very promising results. After about 30 minutes of VIBES activity, pigs consumed on average almost 40 percent less food in the next half hour than they did without the smart pill. Apparently, the revolutionary device works by activating stretch receptors in the stomach, simulating the presence of food. This in turn signals the hypothalamus to increase the levels of hormones that make us feel full.

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The Willtex ‘Willcook’ microwave bag looks like a stylish laptop bag but is actually made out of conductive fabric that allows the user to heat the inside all the way up to 250 degrees Celsius.

Say what you will, but there’s nothing more comforting than a nice hot meal on a cold winter day, especially when you’re out and about. But what if you have no way of heating your lunch or ordering a hot meal? That’s where the world’s first microwave bag comes into place. Made out of an innovative fabric developed by Japanese company Sanki Consys Co. Ltd., the Willtex ‘Willcook’ bag looks like your average laptop bag, but it can heat up whatever you have stored inside to a temperature of 80 degrees Celsius in just 5 minutes. The bag itself weighs just 160 grams, while the rechargeable battery pack powering it weighs an extra 120 grams.

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Safety Shot, a new blood alcohol detox drink set to launch later this year, promises to reduce blood alcohol content in less than an hour after consumption and make hangovers a thing of the past.

The global market for hangover cures is growing faster than ever, with experts predicting that it will exceed $6 billion by 2030. A fast-growing market usually means cutthroat competition, and that is certainly the case here, with hundreds of startups fighting to establish themselves as major players. One of the most promising companies in the field is Safety Shot (formerly Jupiter Wellness), whose upcoming product, set to launch in Q4 of 2023, has been described as “the biggest disruption in the drink market” to date and “the epitome of beverage innovation”. Its patented formula is said to be able to slash a person’s blood alcohol content in half in just 30 minutes, giving them a general feeling of well-being and reducing the risk of alcohol poisoning and even hangovers.

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A Japanese producer of milk and dairy products came up with an ingenious way of motivating kids to finish their milk bottles at lunch – decorating the bottles with manga comics.

Seki Milk, a milk producer and processor in Japan’s Gifu Prefecture, has been providing its products to local schools, but in recent years the company had seen consumption of milk drop significantly. According to its own research, the majority of school students (around 65% of them) were not finishing their milk bottles at lunch, which caused unnecessary food waste and also deprived them of calcium and other valuable nutrients. However, if you’re a parent, you probably already know that getting kids to eat things that are good for them isn’t the easiest thing in the world. Luckily, Seki Milk came up with an original and fun way to motivate children to finish their milk – manga bottles.

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Chinese scientists at the Huazhong University of Science and Technology in Wuhan have developed a new, ultra-slippery toilet bowl that almost nothing sticks to.

Porcelain has been the most common toilet bowl manufacturing material for quite a while now, and while it may be a while before a new material upsets it, we already have our eye on an intriguing new material. One of the most important qualities of a good toilet bowl is slipperiness, and while porcelain is ok, it’s definitely not the best. Excrements and other types of waste usually disposed of in the toilet tend to stick to it and require scrubbing and cleaning, which results in wasted water. But what if the waste just slipped down into the bowl with no or very little water? Scientists in China have unveiled an innovative toilet bowl made of an ultra-slippery material that almost nothing sticks to.

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A team of Volkswagen designers and engineers developed a high-tech office chair that you can drive at a top speed of 12mph (20km/h)

Most high-tech office chairs are either simply waterproof, or stainproof, or are designed at a higher standard in terms of ergonomics. But Volkswagen’s recent take on a high-tech office chair shows just how low the bar sits at the moment. The German car manufacturer designed and built an office chair with a built-in motor and controls, allowing the user to drive it at a respectable top speed of 12mph. And that’s just one of the crazy features built into this one-of-a-kind piece of office furniture.

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French champagne brand G.H. Mumm has poured a lot of time and resources into developing a futuristic champagne bottle that can be used in space.

The Mumm Cordon Rouge Stellar is the first champagne designed specifically for space travel. It comes in a half-glass bottle and features a specially-designed stainless steel opening-closing device that curves over the classic cork. The unique bottle apparently features a finger-controlled valve which, when engaged, releases a globule of champagne spheres. Astronauts or space tourists can then scoop the drink out of the air using special glasses that resemble tiny egg cups.

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Norwegian startup Desert Control claims that it can fight desertification efficiently by spraying sand with Liquid NanoClay (LNC) and turning it into soil in a matter of hours.

In the past, we’ve featured many ‘green heroes‘ who have been fighting desertification for decades, using all sorts of techniques, from draught-resistant shrubbery to tree barriers, but now a startup claims to obtain much better results in the same harsh conditions in just seven hours. Invented in the early 2000s by Norwegian scientist Kristian Olesen, Liquid NanoClay is the secret behind Desert Control’s amazing achievements. When sprayed onto sand, this amazing invention trickles down and percolates the sand, turning it into water-retaining soil where plants can germinate and thrive.

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An arts venue in Glasgow, Scotland features an innovative dance floor that creates renewable energy from the body heat of dancers.

SWG3 hosts some of Glasgow’s largest dance parties, with thousands of people getting together to dance the night away throughout the year. Starting this month, the dancers won’t just be burning energy by busting out moves but also help keep it warm or cool, depending on the season. That’s thanks to “Bodyheat” an aptly-named dance floor that harnesses the body heat of dancers and converts it into energy. The innovative system has been three years in the making and is a joint project of SWG3 and geothermal energy startup TownRock Energy.

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Speech2Face is an advanced neural network developed by MIT scientists and trained to recognize certain facial features and reconstruct people’s faces just by listening to the sound of their voices.

You’ve probably already heard about AI-powered cameras that can recognize people just by analyzing their facial features, but what if there was a way for artificial intelligence to figure out what you look like just by the sound of your voice and without comparing your voice to a database? That’s exactly what a team of scientists at MIT has been working on, and the results of their work are impressive, kind of. While their neural network, named Speech2Face, can’t yet figure out the exact facial features of a human just by their voice, it certainly gets plenty of details right.

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