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Wearables
Reality at Stake, VR vs. AR
The virtual reality (VR) concept is not a new fad. Companies have been making VR systems for decades.
The…
Fidget Vibrations Charge Wearable Devices
Fidget spinners were all the rage in 2017. What if we could harvest the energy used to send them spinning to power…
The Future of Printed/Flexible Electronics
We use printed and flexible electronics in applications from energy harvesting to medical sensors to robotics. Due…
Graphene Enhances Flexibility and Wearable Electronics
Graphene is an incredibly strong electrical and thermal conductor, making it a perfect ingredient to enhance…
This is Not a Car Crash, Apple
It seemed like a good idea—you're driving, get into an accident, and your iPhone 14 and Apple Watch come to the…
Stretchy, Synaptic Transistor Enhances and Weakens Device Memories
Robotics and wearable devices might soon be smarter with the addition of a stretchy, wearable synaptic transistor…
“Computer” Feels Like Skin but Analyzes Health Data Via AI
Researchers at the University of Chicago's Pritzker School of Molecular Engineering developed a flexible,…
Haptics Opportunities in the Future
Since Apple first launched its custom linear resonant actuator (LRA), Taptic Engine, in 2015, the market has moved…
Elektrobit and Qt Roll Turnkey Solution for Next-Gen Automotive Digital Cockpits
A collaborative effort by Electrobit and The Q Company will allow carmakers to reduce costs, accelerate…
Preventing Heat Exhaustion with the Help of Machine Learning
Can machine learning keep first responders safe when they’re most at risk?
Cloud-based systems that monitor vital…