The future is finally here—the French government has permitted electric air taxis that are set to be used in the 2024 Paris Olympic Games, potentially revolutionizing urban transportation. Thus far, only one VTOL (Vertical Take-Off and Landing) company, Volocopter, has been authorized to operate their flying taxis during the event. Volocopter's air vehicles, or VoloCity, are two-seaters equipped with 18 electric-powered rotors.

These sky cabs are permitted under several conditions, including approving a heliport construction on the Seine River near the Austerlitz railway station. This floating landing pad is among the first built specifically for flying taxis within the city. This initiative aims to showcase Paris’ advanced technology to a global audience and evaluate the feasibility of integrating flying taxis into the city’s regular transportation system.

The authorization, detailed in the Journal Officiel de la République française, states that the flying taxis can only be used until December 31, 2024. Additional restrictions have been placed upon Volocopter as part of the sanction. Considering the novelty of the flying taxis, flights will be limited to two per hour, between 8:00 a.m. and 5:00 p.m., with no more than 900 flights permitted during the experimental phase.

Environmental concerns over the operation include potential noise pollution, energy consumption, and carbon emissions. According to The National, the Paris City Hall is planning to take legal action against the permit on the grounds of environmental impact. Additionally, Parisian local officials have unanimously rejected the concept, citing concerns that it caters exclusively to the elite and presents itself under the guise of environmentalism.

On the other hand, Volocopter aims to build a complete system of urban air mobility (UAM). They believe UAM can solve traffic problems caused by growing city populations worldwide, making the future more efficient and less crowded. According to Volocopter, they plan to continue their operations in Rome, Osaka, and NEOM following the Paris Olympic Games.

With the introduction of flying taxis to Paris, there is a need to consider the environmental repercussions that accompany technological advancement. Balancing the promise of enhanced mobility with the need for sustainable practices will be crucial in shaping the future of urban transportation.

Electric air taxis are set to debut at the 2024 Paris Olympic Games, potentially transforming urban transportation.

Volocopter, the only authorized VTOL company, will operate its two-seater Volocity vehicles from a newly approved heliport on the Seine River.

Environmental concerns over noise pollution, energy consumption, and carbon emissions have led Paris City Hall to consider legal action.

Volocopter plans to expand its operations to Rome, Osaka, and NEOM after the Paris Games, as the city balances technological advancement with environmental responsibility.

Volocopter: Website | Instagram | Facebook
h/t: [designboom]

All images via Volocopter.

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Before tools like Google Translate and AI became mainstream, communicating with someone who spoke a different language was pretty challenging. But now, thanks to these tech advancements, it's a lot easier to connect with people from different cultures. These tools are great for those with able-bodied hearing capabilities, but people who are deaf or hard of hearing often can't benefit as much.

In an effort to bridge the communication gap between sign language users and non-users, two University of Washington undergraduates designed gloves called SignAloud that translate hand gestures into text or speech. Their innovative invention earned them a $10,000 Lemelson-MIT Student Prize in 2017, and the idea remains groundbreaking today.

Navid Azodi and Thomas Pryor met during their freshman year where they discovered their mutual interest in problem solving. At the time, they were studying business administration and aeronautics and astronautics engineering. Azodi gained further technical experience as a systems intern at NASA, and Pryor was an undergraduate researcher in the Composite Structures Laboratory in the Department of Aeronautics & Astronautics and software lead for the Husky Robotics Team.

They developed the SignAloud gloves to recognize various hand gestures used in American Sign Language (ASL) and translate them into spoken words and phrases in real time. Each glove uses sensors to track hand positions and movements, sending the data wirelessly via Bluetooth to a computer. The computer processes the gesture data using statistical regressions, similar to a neural network. When it identifies a gesture, it speaks the corresponding word or phrase through a speaker.

“Many of the sign language translation devices already out there are not practical for everyday use. Some use video input, while others have sensors that cover the user’s entire arm or body,” said Pryor. “Our gloves are lightweight, compact, and worn on the hands, but ergonomic enough to use as an everyday accessory, similar to hearing aids or contact lenses.”

Azodi and Pryor had a keen interest in building a device that would have real-world impact. “Our purpose for developing these gloves was to provide an easy-to-use bridge between native speakers of American Sign Language and the rest of the world,” Azodi explains. “The idea initially came out of our shared interest in invention and problem solving. But coupling it with our belief that communication is a fundamental human right, we set out to make it more accessible to a larger audience.” Their incredible SignAloud gloves won the “Use It” undergraduate category that recognizes technology-based inventions to improve consumer devices.

Today, young inventors are continuing to push the boundaries of technology. Pryor is now an Avionics Engineer at Astrolab, focused on “Building rovers for the moon!” Meanwhile, Azodi serves as a Technology Consultant at Accenture.

Two University of Washington undergraduates won the Lemelson-MIT Student Prize for designing gloves that can translate sign language into text or speech.

Lemelson MIT: Website | Facebook | Instagram | X | YouTube

All images via SignAloud.

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READ: University Students Designed Gloves That Translate Sign Language Into Speech

Nowadays, there are a wide range of speakers available in different shapes, colors, and materials to suit every style. But despite all the models available in stores, a clever crafter has come up with something truly unique that you won’t find in stores. Content creator Mohsen Shirmohammadi, best known for his YouTube channel Penguin DIY, created a bluetooth speaker…inside a walnut!

Shirmohammadi, a mechatronic enthusiast, creates quirky gadgets from unexpected items. To show how he makes it all work, he captures his process in detailed videos. For example, in the walnut bluetooth speaker video, we see him go from polishing the inside walls of the walnut, to installing a rearranging tiny 5 V power bank module to make it fit inside the shell.

In one half of the walnut shell, the crafter stacks and fits a MH-MH18 Bluetooth audio module and an HXJ8002 mini audio amplifier module, managing to extend the LEDs and wire them up despite the lack of room. On the other side of the compact space, he fits a 4Ω 2 W mini speaker. For the sound to come out, the content creator drills a series of little holes in the shell. As finishing touches, he installs three tiny switches for play/pause, previous and next track, and volume control.

“From the choice of the perfect walnut shell to the installation of modules, amplifiers speakers, and a rechargeable battery, this project is a fusion of nature and technology,” writes the imaginative inventor. “Join us on this unique journey of creativity and innovation. Don't miss out on this extraordinary walnut shell speaker project—a must-watch for DIY enthusiasts and music aficionados!”

To stay up to date with Shirmohammadi's latest creations, you can subscribe to Penguin DIY's YouTube channel.

Penguin DIY: YouTube

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Screenshot from Cara

Social media is a wonderful way for creatives to get their creations out to a wider audience. From DeviantArt and Behance to Instagram and TikTok, there's a long history of art online. But these days, thanks to algorithm changes and the rise of AI, it can be harder than ever for artists to reach their target audience. That's where Cara comes in.

The artist-run platform has exploded over the last week, jumping from 40,000 to 650,000 users. As a social media platform for creatives, Cara has both a standard timeline, much like Instagram, as well as a portfolio section where creators can display their best work. They can also signal that they are open to new work opportunities, making it a great place for networking.

Screenshot from Cara

So why is Cara seeing such high sign-up numbers? This is most likely is due to Meta's announcement that, as of June 26, they'll be using public Facebook posts, as well as Instagram images and captions, to train AI. Users in the UK and EU were given the option to opt out of this training due to privacy laws, but American users have no such option.

Cara has become a safe haven for these artists and has actually taken a firm stance against AI. AI-generated art is not allowed in portfolios, and Cara has an AI detection system that blocks these images if uploaded. They also add a NoAI tag to any image placed on the platform to signal that AI scrapers shouldn't take images from the platform for training purposes.

As an added layer of security, the platform also allows artists to incorporate anti-AI pixels like Glaze into their uploads. Another popular pixel, Nightshade, will also be included when made available.

Screenshot from Cara/Albert Kiefer

Cara's founded Jingna Zhang is the perfect person to take on the challenge of running the creative platform. A renowned photographer herself, she won a case against a painter who used an image she shot for Harper's Bazaar as the basis for their own art. She's also one of several artists who are suing Google for using their work to train its AI image generator, Imagen.

“When it comes to art, unfortunately, we just come from a fundamentally different perspective and point of view, because on the tech side, you have this strong history of open source, and people are just thinking like, well, you put it out there, so it’s for people to use,” Zhang tells TechCrunch.

“For artists, it’s a part of ourselves and our identity. I would not want my best friend to make a manipulation of my work without asking me. There’s a nuance to how we see things, but I don’t think people understand that the art we do is not a product.”

With Cara, Zhang hopes to give artists the freedom to continue sharing their art with the public without fear. She's even open to allowing AI on the platform in the future if legislation that protects artists is passed.

So whether you are an artist yourself or you’re just an art lover, head over to Cara and see what all the fuss is about. And while you're at it, follow MyModernMet.

Cara: Website | Instagram | X | Discord

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READ: Cara, the Anti-AI Social Media Platform for Artists, Sees an Explosion of Users

 

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When most people think of school science fairs, images of baking soda volcanoes and egg drops may fill their minds. But for the most driven STEM students, the Regeneron International Science and Engineering Fair provides a far greater opportunity to showcase their inventions and research, as well as compete for significant amounts of money to further finance their projects. Grace Sun, a 16-year-old from Lexington, Kentucky, was awarded the highest prize of $75,000 at this year's fair for her work on biomedical implants.

Grace's work focused on improving the components that go into biomedical inventions, specifically organic electrochemical transistors (OECTs). These are made of silicon, a soft and flexible material, and could be used in more complex implants in the brain or the heart. Unfortunately, OECTs can degrade in the body, causing them to be unstable and have low mobility, making them unreliable for many patients.

Six months of research went into Grace's project and helped her to develop a different way of chemically treating these organic components. This significantly improved their laboratory performance rate. The young scientist hopes that her work can be used to build a better OECT that can detect and treat illnesses such as diabetes, epilepsy, and organ failure, as well as a variety of autoimmune diseases.

“This was our number one project, without a shadow of a doubt,” Ian Jandrell, a judging co-chair for the materials science category at ISEF, told Business Insider about Grace’s research. “It was crystal clear that that room was convinced that this was a significant project and worthy of consideration for a very top award because of the contribution that was made.”

Looking forward to the future, Grace has dreams of further improving her research and starting her own company. To learn more about her project submission to the science fair, take a look at Grace's submitted research.

Grace Sun: LinkedIn
h/t: [Good News Network]

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South African photographer and content creator Luke Maximo Bell and his father Mike Bell are now Guinness World Record holders for the fastest drone flight in the world, beating out the previous 224 mph record by Ryan Lademann. The duo has officially earned the title for “fastest ground speed by a battery-powered remote-controlled (RC) quadcopter,” and the younger Bell is now sharing exactly how they managed to build the device they call Peregreen 2, as well as the trials and errors along the way.

Bell has been passionate about his quadcopter project for some time now. In a YouTube video, he says, “Last year, I created the fastest drone in the world, but I always felt like it was a kind of prototype and not quite fast enough. This year, my dad and I decided to improve every aspect of the original Peregreen drone to create an epic successor.” Though last year's drone flew nearly 250 mph (400 kph), Bell set his sights even higher. This accomplishment was not without its challenges. After multiple fires, prototypes, and adjustments, Bell's Peregreen 2 dashed through four speed runs.

In order to achieve this feat, the Bells designed a drone with four motors on a carbon fiber frame. The motors on their previous drone were Velox V2808s, but they went for even larger ones this time. Using T-Motor Velox V3115s caused an immediate setback. Their initial prototypes kept bursting into flames, a disheartening event to any drone maker. Their motors were overheating their batteries, necessitating a redesign. The Bells considered quitting, but stayed the course. Eventually, they made a prototype, with thicker wires for the motors that could successfully fly.

Though the Peregreen 2 could successfully fly, it was not initially at record-breaking speeds. After swapping out the motors for even more powerful ones and streamlining the design to be more aerodynamic, they had their final version to take the title. On April 21, 2024, in Worcester, South Africa, the Bells sent the Peregreen 2 into flight for two speed runs, each in opposite directions in order to negate the wind speed. At full throttle, the drone went from 0 to 186mph (300 kmh) in 2 seconds. Peregrine 2 officially reached 317 mph (510 kph) with an average speed of 298.47 mph (480.23 kph).

Incidentally, for the speed runs, Maximo Bell had attached an Insta 360 Go 3 Action cam to the nose of the drone. He was not expecting to get any usable footage at the drone's higher speeds, but it turns out he managed to make a working camera drone faster than Red Bull's Drone 1 that broke records at 217 mph (350 kph) following Formula 1 driver Max Verstappen's full-speed lap around the Silverstone Circuit.

To see more from Bell, you can follow him on Instagram and subscribe to his YouTube channel.

Luke Maximo Bell and his father Mike Bell made the fastest drone in the world, for the second time.

 

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A post shared by Luke Maximo Bell (@lukemaximobell)

The Bells broke Ryan Lademann's drone record of 224 mph.

Luke Maximo Bell: YouTube | Instagram
h/t: [PetaPixel]

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French company Seabike has developed a device that acts as an underwater bicycle, helping swimmers and divers move underwater at impressively fast speeds. The device, which bears the same name as the company who designed it, is made to be strapped to the waist of swimmers, who are then pushed through the water by pedaling the propeller device located at the end of the machine.

The Seabike, which looks more like an underwater unicycle than a bicycle, was designed to be as lightweight as possible and easy to transport. Thanks to its mechanical drive, the device doesn't need to be charged, saving users precious time. Despite the mechanics involved to operate it, the Seabike still allows for full range of movement, allowing users to swim with ease.

According to Seabike's website, it takes just five to ten minutes to learn to use the device. Depending on the user's style of swimming or diving, the Seabike works with them instead of against them. If people want to swim with their arms to make them move even faster, the device assists them. But if they would rather relax and let the machine do all the work, they will find themselves being propelled through the water effortlessly.

If you are interested in purchasing one of these devices for yourself—they ship internationally—visit Seabike's website.

The Seabike is an underwater bicycle that is designed to help swimmers move quickly.

 

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A post shared by SEABIKE CLUB (@seabike.club)

Swimmers and divers simply have to hook the device to themselves via a belt and then peddle to propel themselves forward.

 

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A post shared by SEABIKE CLUB (@seabike.club)

Seabike: Website | Instagram
h/t: [New Atlas]

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Photo: Matthew Yohe via Wikimedia Commons (CC BY-SA 3.0)

Some people are fans of musicians and athletes. But for those who follow technology closely, the people they admire the most are the brilliant minds who have made great advances. Among them, two of the most respected and beloved are Apple's founders, Steve Wozniak and the late Steve Jobs. Much like with any other celebrities, people also long for an autograph from their heroes. Over 40 years ago, someone decided to shoot their shot and reach out to Jobs for his signature. The response from the late inventor was an example of his cleverness, and would be remembered to this day.

Back in 1983, Apple wasn't the mammoth it is today, but its unique approach to operating systems had made waves among computing enthusiasts. This inspired a person named L.N. Varon from Imperial Beach, California, to write to Jobs in the hopes of getting a unique piece of memorabilia. However, Jobs, who passed away in 2011, wasn't a crowd pleaser. He was known to decline most autograph requests both in person and through the mail. It is not known whether the sender enclosed a printed photograph or a magazine clip, but even if they did, the got something more special. The response was a standard 8.5″ x 11″ letter with an Apple Computer Inc. letterhead that is dated May 11, 1983.

Jobs' message reads, “I’m honored that you’d write, but I’m afraid I don’t sign autographs.” And while that would have been the end of it, he did something even more revealing of his cheeky personality. Jobs then signed the letter with his famous lowercase signature in black ink.

Fast forward to 2021, and Apple's role in innovation has made the cult following around Jobs' work grow to astronomical levels. This made the artifacts related to his legacy even more sought-after. When the 1983 letter was auctioned by RR Auction, it sold for $478,939. The auction house described it as “a great, early autograph from the Apple founder.” They've also sold signed business cards, an autographed iPad, Jobs' 1976 computer prototype, and even a signed movie ticket stub from Pirates of the Caribbean. Still, nothing may ever come close to the cleverness of the letter.

Steve Jobs rarely gave out autographs, but he once cleverly indulged in a letter that would later sell for $478,939. It read: “I’m honored that you’d write, but I’m afraid I don’t sign autographs,” before Jobs signed it in black ink.

Steve Jobs typed letter to a fan who had requested a autograph from him, the letter ended up selling at auction for $400k
byu/santiClaud inDamnthatsinteresting

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AI-generated images of Rihanna and Katy Perry at the 2024 Met Gala. (Source: @tereluprados, left; @jxries, right)

On the evening of the 2024 Met Gala, everyone's eyes were glued to the internet to see the elaborate fashions that would parade down the red carpet. As images of celebrities flooded the web, people were amazed by what celebrities like Katy Perry, Lady Gaga, and Rihanna wore. The only problem is that these Met Gala regulars didn't actually attend this year's event—the photos are all AI-generated deepfakes.

The images first appeared on X (formerly Twitter), with users commenting on how amazing the women looked. Eventually, the social media platform added a notation to the posts stating that the images were fake and AI-generated. Still, many people, including Perry's own mother, believed that the photos of the stars dressed in garden-themed frocks were real. The pop star even posted on Instagram, explaining that she missed out on the event due to work, but she also shared the AI-generated image that has baffled so many online. Funnily enough, her own mother sent her a message commenting on her look. In the text message exchange, Perry's mom writes, “Didn't know you went to the Met. What a gorgeous gown, you look like the Rose Parade.” Perry then responds, “lol mom the AI got you too, BEWARE!”

While the conversation is amusing, it's also a reminder of how careful the public must be when viewing imagery online. The images received millions of views, with many never realizing that what they liked and shared wasn't real.  As AI technology continues to improve, it becomes even more difficult to distinguish what's real from what's computer-generated, so stay vigilant.

AI-generated images of Rihanna, Katy Perry, and Lady Gaga at the 2024 Met Gala began circulating online.

Rihanna attends The 2024 #MetGala #MetGala2024 pic.twitter.com/bO0QqmxWkD

— ✨ (@tereluprados) May 6, 2024

Katy Perry. That’s it. #MetGala pic.twitter.com/OT51H6wJ9i

— javi (@jxries) May 6, 2024

Katy Perry looks absolutely gorgeous on #MetGala 2024. pic.twitter.com/Nm6UFnCAvI

— kauán (@wanthatoo) May 6, 2024

Lady Gaga at the Met Gala! F’ n Fabulous!!!!…..

Lady Guggenheim! pic.twitter.com/5mhf29HwK0

— Brad (@BraddrofliT) May 6, 2024

The images seem plausible, given that the musicians are known for their elaborate Met Gala fashions.

Embed from Getty Images

Embed from Getty Images

Embed from Getty Images

Though none of the women attended this year's event, many people believed the images were real.

She’s gorgeous

— She’s an “Akwa Ibom Girl” (@lilyjoelily) May 7, 2024

These two have already won. #Zendaya #KatyPerry #MetGala pic.twitter.com/CEyaoNdWOC

— ✨k a t i e✨ (@katiemcc3247) May 6, 2024

Even Perry's own mother thought the photos were genuine, prompting a funny text exchange that the star then posted. (Check third slide.)

 

View this post on Instagram

 

A post shared by KATY PERRY (@katyperry)

The realism of these fake photos is a reminder to pay close attention to what you like and share online.

#ArtificialIntelligence & the #MetGala2024 #Rihanna #ChristinaAguilera #LadyGaga #KatyPerry #MetGala #AI pic.twitter.com/AGcolN3eIu

— Eva González (@emaglem) May 7, 2024

h/t: [PetaPixel]

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Brazilian surgeon, Bruno Gobbato used Apple Vision Pro to assist in surgery operation
byu/170071 ininterestingasfuck

The Apple Vision is widely considered one of the biggest tech releases of the last few years. This innovative headset provides a pristine, real-time depiction of the surrounding environment while allowing the user to launch apps as floating screens around them. Many have tried it in different places, like on a plane, on the subway, and now in an operating room. Brazilian surgeon Dr. Bruno B. Gobbato recently shared his experience using this device during a surgery, showing its possibilities beyond leisure and entertainment.

Dr. Gobbato is an orthopedist and traumatologist who specializes in shoulder and elbow surgery. The procedure took place at the Jaraguá Hospital, a city located in southern Brazil. There, the specialist performed surgery to fix a shoulder tendons injury using the arthroscopy technique—and his Apple Vision Pro.

This arthroscopy method involves inserting a camera into the joint, allowing the surgeon to operate without the need to completely cut the shoulder open. The camera was then connected to Apple Vision Pro, giving the doctor the possibility to follow a feed of a magnified view of the procedure on a large screen with ultra-high resolution. Next to this screen, he also had a 3D model of a shoulder pop up within his field of vision, as well as patient reports in the Notes app.

Gobbato's main concern was how the Apple Vision Pro camera would process the images in real-time given that there was not enough lighting in the operating room. While Apple claims that the see-through latency of the Vision pro is 12ms, which is extremely low, they've also warned that using the device in low light conditions may increase the risk of collision with objects in the vicinity. The company also advises against using it around sharp objects and any other situations requiring attention to safety. However, Dr. Gobbato, a medical professional, has praised the device, especially for its convenience.

Though this is an incredible occurrence, it is not the first time an Apple Vision Pro has been used in the operating room. In March, a team at Cromwell Hospital in London used the headset to repair a patient's spine. They used it for a similar purpose—superimposing virtual screens and having key information at hand. “It eliminates human error. It eliminates the guesswork,” Suvi Verho, lead scrub nurse at London Independent Hospital, told the Daily Mail. “It gives you confidence in surgery.”

The Vision Pro also allowed Gobbato to record the surgery from his point of view, which you can watch above—please keep in mind that it is video footage of a surgery, so viewer discretion is advised.

Bruno Gobbato: Website | YouTube
h/t: [Reddit]

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