wearable sensor technology is developing rapidly. Sensors that can measure a person’s glucose (sugar) level, blood pressure or heart rate will soon enter our lives as electronic skin. For the first time, researchers at MIT without chip and e-leather with wireless connection developed.
Chipless electronic skin transmits biological signals wirelessly
Most wearable technology today can detect biological signals. For example, smartwatches powered by Bluetooth powered by small batteries can keep track of heart rate, blood oxygen level and exercise statistics.
But these classic chips and power supplies; will probably be insufficient for smaller, thin, flexible forms. MIT researchers have managed to develop a wearable sensor that can communicate wirelessly, without the need for an onboard chip or battery.
Sennheiser Momentum 4 introduced: 60 hours of battery life!
Sennheiser introduced its long-awaited new headset. Here are the Sennheiser Momentum 4 features and price, which draws attention with its battery life!
defined as Scotch Band (Scottish Band), and “e-skin” (electronic skin) The new wearable sensor technology, called It was stated that e-skin can generate electrical signal against mechanical stress and also create mechanical vibration against electrical impulse.
The new sensor, produced with a gold layer, establishes bidirectional communication. This paves the way for it to detect biological signals and transmit them wirelessly. Researchers measured heart rate or salt in sweat He said they were able to detect certain biological signals, such as
“We’ve demonstrated sodium sensing, but if you change the sensing membrane, you can detect any target biomarker like glucose or cortisol related to stress levels,” MIT researcher Jun Min Suh said.
What do you think about this subject? Don’t forget to share your views with us in the comments!