Novel technologies, innovative engineering and breathtaking discoveries could be the story of the next 100 years of space exploration.
With Microsoft’s HoloLens promising a standard development platform for AR, the cost of building those applications could plummet in the next few years. And all this could help make humans on the factory floor, on the flight line, in hospitals, and in the field more effective and efficient. Work is being done today to integrate corporate cloud applications and data from intelligent machines connected to the “Internet of Things” into applications for mobile and wearable devices.
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While many organizations experimented with Glass, other devices already in the hands-and on the heads-of companies and software developers have been pushing forward augmented reality in multiple industries. That doesn’t mean the technology won’t fly at all. The promise of Google Glass-real augmented reality for the masses-failed to materialize. But the technology-the projection of data or digital imagery over real-world objects-has largely remained the stuff of fighter cockpits at the high end and of mobile games and art projects on the low. Read moreĪugmented reality (AR) is a technology that has been on the cusp of becoming the next big thing for over 20 years. With this contraption, the researchers were able to send a signal of 140 bits (the word ‘ciao’) from one person’s brain to another. The network was basically one massive kludge, including an electroencephalography cap to detect the sender’s neural activity, computer algorithms to transform neural signals into data that could be sent through the internet and, at the receiving end, a transcranial magnetic stimulation device to convert that data into magnetic pulses that cross another person’s skull and activate certain clusters of neurons with an electrical field.
Just last year, an international team of neurobiologists in Spain, France and at Harvard set up systems that linked one brain to another and permitted two people to communicate using only their thoughts. In our technologically obsessed era, the search for evidence of psychic communication has been replaced by a push to invent computerised telepathy machines. In the 1970s, one ambitious Apollo 14 astronaut took it upon himself to try broadcasting his brainwaves from the moon. By the 1960s, the Pentagon was concerned about Soviet telepathy research and reports that they had established remote communications with submarine commanders. In the late 19th century, when spiritualism was in vogue, mind-reading was a parlour game for the fashionable, and the philosopher William James considered telepathy and other psychic phenomena legitimate subjects of study for the new science of psychology. Read moreĮvery modern generation has had its own idiosyncratic obsession with telepathy, the hope that one human being might be able to read another person’s thoughts. Now, consumers can return to the tailor-made goods, but with new methods that can make these products accessible to everyone at higher quantities. The idea is that custom wearable products are not something strange, as much as they have always been part of our human culture: before the assembly line industrial revolution, every article of clothing was tailor made. When speaking with the founder of the Nrml store in Manhattan, Nikky Kaufmann, she explained how, in her business of creating custom 3D printed earphones, the idea of custom clothing and accessories was, in fact, very “normal”, hence the name of her shop. Especially with new announcements from such start-ups as Feetz and 3D Shoes. After insoles, custom 3D printed shoes are now taking on momentum, going from an experimental novelty to something truly accessible. The true implementation of wearable, 3D printed clothes is a gradual process that began with accessories (jewelry, eye-wear) and is now moving on to extremities, to eventually cover the entire body (a little bit like Siberian-style tattoos).
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