Inspiring stories of innovation from around the world, in many different sectors. Looking further afield might just provide a lightbulb moment for your organisation, or perhaps just a little motivation.
Stoll, Germany’s leading flat knitting machine manufacturer, and Myant Inc., a leading Canadian ‘textile computing’ company, have announced a strategic and exclusive collaboration that they say will “populate functional computing textile manufacturing in Canada and the US, with 500 state-of-the-art knitting machines from Stoll.”
In a press release last night the companies announced that “advanced manufacturing will get a significant boost in Canada and the US when Stoll and Myant roll out 500 new 3D knitting machines to underpin the growth of functional computing textiles.”
It is unclear at this stage what is meant exactly by “roll out 500 new 3D knitting machines.” Knitting Industry believes this to be a collaboration that could eventually lead to the purchase of 500 new Stoll flat knitting machines by a network of organisations, rather than an announcement that 500 machines have been purchased. However, we are seeking clarification on this now.
“This collaboration will have a direct and powerful impact on the textile manufacturing industry worldwide as it raises the bar and sets a new gold standard for functional computing textiles,” the statement said.
According to the statement, Myant and Stoll share the vision of disrupting the textile industry with new advancements in Industry 4.0, material science and technical applications for high quality products made in North America.
“Stoll’s machines combined with Myant’s end-to-end innovations, from molecule to garment, from textile to wardrobe will truly revolutionize the world of textiles and create a new economy. Stoll and Myant will use this exclusive collaboration for all inquiry of the research, development and engineering of this new domain of functional computing textiles,” read the statement.
Andreas Schellhammer, Chief Executive Officer of Stoll, said in the statement: “Stoll and Myant are aligned in the vision to create a new gold standard for functional computing textiles. Stoll has a longstanding commitment to be a leader at the forefront of growth and innovation in the textile industry.”
“Our collaboration with Myant represents a completely new approach to smart textiles. The demand for smart fabrics has never been higher as companies race to create garments, wearables, industrial, defence, healthcare and household items to connect humans to the Internet of Things. Myant is leading the creation of a new economy in functional computing textiles with Stoll machines. They have the vision and the right interdisciplinary team to make this a global revolution,” Mr Schellhammer added.
Democratising manufacturing and resuscitating a making culture
Tony Chahine, Chief Executive Officer and Founder of Myant, said: “Myant and Stoll are taking a big step to democratize manufacturing and resuscitate a ‘making’ culture in Canada and the US.”
“Our goal is to reduce the barriers to entry in textile innovation and production and promote collaboration between scientists, doctors, engineers, designers, students, and anyone with a creative idea. I believe that true innovation is only possible when the inventor can actually make the invention. The Stoll machines will have a massive impact on commercialization in the smart textile industry, which is in need of disruption, and will help to speed up the prototyping to production cycle,” Mr Chahine added.
Original and full article here.
A partnership between Levi’s and Google has yielded the Jacquard, a denim jacket with technology woven into the fabric.
Once paired to a smartphone via Bluetooth, the jacket allows the wearer to control key functions with just a brush or tap of the cuff. A double tap with two fingers, for example, starts or stops music.
Read more here.
When Alexander Fleming, a brilliant but sometimes careless scientist, returned to his lab after a summer holiday in 1928, he found his work ruined. A bacteria culture he had been growing was contaminated by fungus and, as it grew, it killed all the colonies it touched.
Most people would have simply started over, but Fleming switched his focus from the bacteria to the fungus itself. First, identified the mold and the bacteria-killing substance, which he called “penicillin,” then he tested it on other bacteria cultures. Seemingly in a single stroke, Fleming had created the new field of antibiotics.
That’s how most people see innovation. A flash of brilliance and Eureka!, a new world is born. The truth is far messier. In fact, it wasn’t until 1943—nearly two decades later—that penicillin came into widespread use and only then because it was accelerated by the war effort. We need to discard old myths and deal with innovation as it really happens.
Read original article here.
Fashion designer Isaac Mizrahi spins through a dizzying array of inspirations — from '50s pinups to a fleeting glimpse of a woman on the street who makes him shout "Stop the cab!" Inside this rambling talk are real clues to living a happy, creative life.
Listen to his TED Talk here.
People often credit their ideas to individual "Eureka!" moments. But Steven Johnson shows how history tells a different story. His fascinating tour takes us from the "liquid networks" of London's coffee houses to Charles Darwin's long, slow hunch to today's high-velocity web.
Tan Le's astonishing new computer interface reads its user's brainwaves, making it possible to control virtual objects, and even physical electronics, with mere thoughts (and a little concentration). She demos the headset, and talks about its far-reaching applications
Listen to her TED Talk here.
Sonic geometry and how it is linked with weaving...
"Silence is the fabric upon which notes are woven."
Watch this interesting video here.
How do creative people come up with great ideas? Organizational psychologist Adam Grant studies "originals": thinkers who dream up new ideas and take action to put them into the world. In this talk, learn three unexpected habits of originals — including embracing failure. "The greatest originals are the ones who fail the most, because they're the ones who try the most," Grant says. "You need a lot of bad ideas in order to get a few good ones."
Nothing is original, says Kirby Ferguson, creator of Everything is a Remix. From Bob Dylan to Steve Jobs, he says our most celebrated creators borrow, steal and transform.
The great advances mankind has enjoyed in health, prosperity, food production and longevity are largely taken for granted. But they are remarkable. Around one billion people have been taken out of extreme poverty in the last 20 years. The march of progress in technology is astounding – the computing power in your mobile phone is many times that which first put men on the moon. Science, innovation, entrepreneurship and global free trade have raised prosperity, education, and opportunity around the world. The incidence of war is at much lower levels than in previous centuries. But we have a natural tendency to focus on the problems. Bad news features in our media because it grabs attention much more easily than steady progress.
The biggest environmental problem in 1900 was not air pollution or climate change. It was horse dung. In London alone there were an estimated 300,000 horses pulling carts, cabs, and buses. The muck piled up in the streets causing bad odours and health risks. Urban authorities were unable to come up with an effective solution. But within 10 years the problem disappeared as the internal combustion engine replaced the horse.
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