Important Innovations

Google Developing Holographic Glasses Source:  Google Glass Source:  Google/Saarland University Smart Tattoos Smart Tattoos in the Pipeline Search engine giant Google is developing the next generation of wearable technologies.  Examples of what they're working on include simple pairs of sunglasses that project holographic images, inter-meshing the digital and physical worlds.  And Google is developing temporary tattoos that when placed on the skin transform into working touchpads.  Google is developing and funding these fascinating technological innovations through its Interaction Lab.  The lab is part of Google Research, which is focused on technological breakthroughs. Smart Tattoos Google's smart temporary tattoos are loaded with sensors that react to touch and function as a touchpad on your skin to connect with your devices.  Google is developing them with Saarland University in Germany.  By developing an R&D pipeline of wearables, Google is on t

Important Wearable Device Breakthrough Source:  Wrist Watch Bionic from Nanjing University Safe, Low Power Display Screens on Your Skin This is fascinating new innovation from Chinese researchers at Nanjing University.  They've invented a new way to put displays like a wrist watch bionic or real time medical readouts on your skin.  The extremely thin device is said to be safe, flexible and requires very little power to operate.  It's a new wearable similar to a temporary tattoo but it displays electronic data like time. Tech that Could Revolutionize Wearables This new technology could revolutionize wearable devices for many users.  For runners, it could mean a bionic watch taped on your hand to watch your times as you run.  For health care tracking, it could mean real-time displays on your skin of medical data from already flexible medical devices. What Makes This New The Chinese researchers have overcome the need for high voltage to operate skin wearables, which

Breakthrough Innovation from Saudi Arabia Artificial Skin that Feels A team at KAUST, the King Abdullah University of Science and Technology, has developed a new, magnetic skin that could enable new, wearable consumer technology and assistive devices for the elderly and disabled.  The skin is imperceptible, biocompatible and very innovative.  The new tech ushers in a new generation of touch sensors with low-cost technology applications. No Batteries or Wires Needed What is remarkable is the skin doesn't require embedded electronics....no wires, batteries or antennas.  The material is ultra flexible.  It's powered by an elastomer matrix mixed with magnetic powder. Tailor-Magnetized for Specific Uses The skin is tailor-magnetized for specific applications.  The uses include tracking eye movements to detect disease and robotic arms and prosthetics with haptic perception.  The key innovator is KAUST PhD. candidate Ahmed Alfadhel who started by investigatin