With the Adorn 3D makeup pen you will apparently no longer have to worry about the dreary mission of hunting for the right shade of foundation. This revolutionary gadget is a scanner-3D printer combo that uses its inbuilt sensors to accurately scan and precisely match the color of your skin regardless of ethnicity and skin tone, even in total darkness.

“They say that beauty is in the eye of the beholder,” an Adorn spokesperson said. “We like to say it’s in one clever pen. No longer will ladies have to settle for coverage that’s too light or dark. With Adorn, they can print catwalk worthy coverage, at the touch of a button.”

According to the company’s website, the device is so accurate that you’ll never be able to tell the difference. It first scans the user’s face and matches the detected shade to its database of over 75,000 tones. Once the scan is complete, it lets out a small beep, and then prints foundation of that exact color from its pre-filled foundation cartridge onto your fingertips ready to be applied.

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In a weird ‘art-inspires-life’ type scenario, the self-drying jacket that Marty McFly wore in 2015 in the movie Back to the Future II has actually become a reality this year. A prototype has already been created and a Kickstarter campaign is underway to raise funds for mass production. 

The jackets – named SDJ-01 – are classified as wearable tech, because of the internal air circulation system that expedites the drying process from the inside out. “The self-drying jacket is real,” the campaign page states. “They actually do dry. Under normal circumstances, you can expect the jacket to dry in about 1-2 minutes after being exposed to rain or a spilled drink. If you jump into a pond to escape some maniac on a hoverboard, that will probably take longer.”

“Think of how quickly your clothes dry when you turn a standard fan on them. Now imagine how quickly breathable, water resistant material dries when exposed to concentrated, high-pressure air. In lab tests, our jacket consistently experienced noticeable drying effects after just 30 seconds, with the average time of about a minute to achieve 90% drying effect.”

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If you’ve always dreamed of soaring the skies like a bird, here’s your chance. You can’t fly for real, of course, but you can experience what it feels like thanks to a futuristic virtual simulator called Birdly.

According to the inventor, Swiss artist and software developer Max Rheiner, Birdly stimulates all the user’s senses to give the user a sense of flying, based on human dreams. “People who have dreams about flying, they can just fly without training and they have great feelings,” he said. “We tried to model this experience like those dreams.”

To use the machine, users are required to lie flat on their stomachs with their hands sprawled out. They also strap on special VR goggles that are programmed with real skylines and landscapes of American cities. Tilting the body up and down produces the effect of ascending or diving. The machine even blows wind with the appropriate force and recreates smells that relate to the landscape below. So users experience a salt-air aroma as they fly over the sea, and and industrial odors while gliding over cities.

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Thanks to the hard work of a few Russian scientists, everyone might soon be able to use the power of telekinesis. They’ve created a special quadcopter that doesn’t need external controls as it can be operated with the power of thought. The user needs to put on a special helmet that can read human thoughts and translate them into machine-readable instructions, telling the copter how high and far to fly.

The project was financed by Russia’s Foundation for Advanced Research, an organisation that supports research programs in the interest of national defense. Neurobotics, a Zelenograd-based company, worked on the copter’s design for many years before developing a successful prototype. “Commands, or ‘conditions’ as we call them, are generated by the sensors on the head of an operator,” Neurobotics director Vladimir Konyshev explained. “The person thinks about certain actions at right moments which the system then recognises and identifies.”

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While companies like Google, Tesla, and Mercedes are spending millions on research and development of self-driving cars, a 26-year-old hacker from San Francisco believes he might just have nailed the technology all on his own. George Hotz, previously known for his legendary iPhone jailbreaking skills, says he has developed autonomous car technology that actually works. What’s more, the technology only costs a few thousand dollars, and can be implemented on any car in the world.

Hotz, who at age 17 became the first person in the world to unlock an iPhone, also hacked a Sony Playstation 3 a few years later. He’s worked briefly at Google, SpaceX, and Facebook, but after studying artificial intelligence at Carnegie Mellon University, he decided to work on his own self-driving car technology. Once perfected, he plans to sell the system directly to customers through his startup, comma.ai.

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If you’re genuinely concerned that wi-fi or other electromagnetic signals might slowly but steadily be hurting you, then you will be glad to learn that tinfoil hats are no longer your only option. A couple of Slovakian entrepreneurs have created the “world’s first signal proof headwear” designed to protect your brain by reflecting electromagnetic waves.

According to the Kickstarter campaign by Shield Apparel, the hats are stylish and comfortable, while also effectively protecting the wearer from signals emitted by cell phones, wi-fi routers, and microwaves, and all waves transmitted from electric devices. “It is the most comfortable and functional headwear you have ever worn,” the makers claim.

The founders of Shield Apparel are a couple of Slovak cousins who stayed up late one night talking about how their lack of sleep was probably caused cell phone or wi-fi signals. They started to wonder if signals really affect our well being a lot more than we realise, and then decided to do something about it. Inspired by tinfoil hats, they wanted to create something similar to shield humans from these potentially-harmful waves.

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In a bid to make people walk more, a London-based startup is introducing a new app that pays people in digital currency based on the number of steps taken per day. ‘Bitwalking’ will soon be available on Android and iOS users in the UK, Kenya, Malawi, and Japan.

Bitwalking’s currency units are called ‘Bitwalking dollars’ or BW$. Users need to walk a total of 10,000 steps (five miles) to earn BW$1, equivalent to $1. The maximum money that can be earned per day is BW$3. The money earned can only be spent in the app’s inbuilt marketplace, or exchanged for real money.

According to the company’s website, Bitwalking will be most relevant in developing countries, where rural workers don’t earn more than a dollar a day. So by walking around with a tracker, they could potentially earn three times more. “We believe that everyone should have the freedom, the ability, to make money,” the website states. “A step is worth the same value for everyone – no matter who you are, or where you are. What matters is how much you walk.”

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It may look all shiny and new, but your smartphone is probably one of the filthiest things you own. The amount of bacteria and germs it carries is disgustingly huge, which is probably why a Japanese company is targeting germaphobes with the world’s first washable phone.

The Snapdragon 410 processor, 5-inch android phone, called Digno Rafre, is all set to be released in Japan by tech company Kyocera Telecom this week. It’s USP is that it’s waterproof and soap resistant, so it can be thoroughly washed under running water. There’s no risk of water entering the device because it’s entirely sealed to keep water and bubbles from getting in. It doesn’t even have a speaker, relying instead on a Smart Sonic receiver that transmits sound through vibrations on the phone’s screen. The built-in 13MP camera is also waterproof.

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Longevity is a topic of great interest to scientists and businessmen alike, many of them being focused on finding ways to prolong human lifespan by a few dozen years. But Los Angeles-based company Humai wants to take the idea to the next level – they’re trying to use artificial intelligence (AI) to bring people back from the dead and keep them alive forever! Many experts, however, smell a rat.

The concept of resurrecting people using AI seems taken from a sci-fi movie, but ‘Humai’ founder Josh Bocanegra has assured the media that he is quite serious about the business of resurrection. He even believes that it could become a reality within the next three decades. And his company’s mission statement is as straightforward as it gets: “We want to bring you back to life after you die.”

According to the Humai website, AI and nanotechnology can be used to “store data of conversational styles, behavioural patterns, thought processes and information about how a person’s body functions from the inside-out.” This data can be coded into multiple sensor technologies built into an artificial body that is powered by the brain of a real, deceased human. And as the brain ‘matures’, the company will restore it using cloning nanotechnology so it can always be brought back to life. Technically, a person could live forever this way.

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Meet Aisa Mijeno, a Filipino architect and scientist who invented a revolutionary lamp that runs on a glass of saltwater instead of batteries. Her vision in creating the SALt (Sustainable Alternative Lighting) lamp was to “light up the rest of the Philippines sustainably,” by finding an environment-friendly alternative light source suitable for people in coastal areas. She came up with the idea after spending time with the locals of the Butbut tribe in the Kalinga Province of Philippines, who had no access to electricity.  

The lamp can apparently run for eight hours on just two tablespoons of salt and a glass of water. “It is made of tediously experimented and improved chemical compounds, catalysts, and metal alloys that when submerged in electrolytes will generate electricity,” Mijeno explained. The idea behind it is the chemical conversion of energy, but while it works on the scientific principle of the galvanic cell, it makes use of a harmless, non-toxic saline solution instead of hazardous electrolytes. 

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ChefCuisine is a new kitchen gadget that’s all set to revolutionise (read: eliminate) home cooking. Thanks to this offering from Swiss startup Nutresia, pretty much anyone can produce restaurant quality food at the touch of a button!

The machine, inspired by Nestle’s coffee capsule Nespresso machines, is capable of preparing fancy dishes from vacuum packed capsules or sachets. Each sachet contains a microchip that tells ChefCusine the exact cooking time and temperature.

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Inspired by the 2011 sci-fi film Real Steel starring Hugh Jackman, Greek teenager Dimitris Hatzis has become the youngest person in the world to build a 3D printed life-size functional robot. 

15-year-old Dimitris’s feat was a part of ‘InMoov’, an open source project run by French sculptor and designer Gael Langevin. The project provides a design that is “replicable on any home 3D printer with a 12x12x12cm area.” Using these instructions, Dimitris spent over 1,400 hours planning, experimenting, printing, and assembling the robot. Over the course of a year, he made 475 printed parts using about a kilometer of ABS plastic and painstakingly put them together to form the droid that he now calls ‘Troopy’.

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11-year-old Mira Modi is cashing in on her knowledge of strong, easy-to-memorize passwords. She started her own online business earlier this month, selling hand-generated cryptographic passwords for $2 each!

“I’m a sixth-grade student in New York City,” Mira writes on her website. “This is my first business (other than occasional lemonade stands!). But I’m very excited about it and will be very responsible.” She also explains how Diceware, a decades-old password generating system, works: “You roll a die 5 times and write down each number. Then you look up the resulting five-digit number in the Diceware dictionary, which contains a numbered list of short words.”

The result, apparently, is a combination of five to eight words in a non-sensical string that is so random that it’s extremely difficult to crack. While a five-word string is breakable with “a thousand or so PCs equipped with high-end graphics processors,” an eight-word string “should be completely secure through 2050.”

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Here’s a chance for nature-lovers to experience the world from completely new and different perspectives. ‘In the Eyes of an Animal’ is an art installation in Grizedale Forest, UK, that lets people the woods through the eyes of its various animal inhabitants!

The futuristic project is the brainchild of a London-based design studio called Marshmallow Laser Feast (MLF). Commissioned by the AND Festival, it is a virtual reality experience combining nature and technology. Visitors are asked to wear large, moss-faced black headsets as they journey through a LIDAR-scanned woodland, while coming into contact with various creatures.

First, the forest is scanned using a Lidar scanner, a type of remote sensing technology. The points collected are then “decimated into real-time and combined with further data collected with CT scanning and photogrammetry techniques.” The rendered scenes harmoniously blend the elements collected through Lidar with CT scans of insects and animals, thereby interpreting their world. Audio effects are then added to complete and enhance the overall experience. Bass vibrations help recreate the sensations of a breathing, flying animal.

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Thanks to this cool new two-piece bathing suit, cleaning up the world’s oceans might actually become the ‘in’ thing to do during the hot summer months!

The 3D-printed Sponge Suit bikini is made of flexible, carbon-based filler materials that function like a sponge, absorbing all sorts of pollutants from water. So you put it on, wade into the water, and end up cleaning the seas “one stroke at a time”. It’s supposed to be absolutely safe for the wearer. 

The sponge filler was invented by a group of engineers led by electrical engineering professor Mihri Ozkan. But instead of just dumping it into water, they wanted to find a fun way of getting people involved in the cleaning process and add an eco-friendly element to the leisure activity of swimming. So they enlisted the help of design firm Eray Carbajo to convert the material into a functional, wearable swimsuit that’s economically sustainable and environmentally friendly. 

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