These Integrated Circuits Could Totally Change Monitoring Vitals
Alyson Wyers — May 31, 2016 — Tech
References: news.wisc.edu & digitaltrends
These fast and stretchy circuits could be the future of wearable technology.
The flexible integrated circuits were developed by University of Wisconsin-Madison engineering professor Zhenqiang 'Jack' Ma. Similar to temporary tattoos, this invention would allow doctors and patients to monitor vital health information wirelessly, thanks to its ability to support a range of 0.3 to 300 GHz. Their snake-like structure enable the intertwined circuits to have this kind of power.
The stretchy circuits could have huge implications in the medical world, as it would eliminate much of the bulky equipment currently used to track vital signs in hospitals and medical facilities. It could also reduce the number of in-office visits, if patients and consumers had ready access to this sort of technology.
The flexible integrated circuits were developed by University of Wisconsin-Madison engineering professor Zhenqiang 'Jack' Ma. Similar to temporary tattoos, this invention would allow doctors and patients to monitor vital health information wirelessly, thanks to its ability to support a range of 0.3 to 300 GHz. Their snake-like structure enable the intertwined circuits to have this kind of power.
The stretchy circuits could have huge implications in the medical world, as it would eliminate much of the bulky equipment currently used to track vital signs in hospitals and medical facilities. It could also reduce the number of in-office visits, if patients and consumers had ready access to this sort of technology.
Trend Themes
1. Stretchable Wearable Technology - Stretchy circuits enable doctors and patients to monitor vital health information wirelessly, creating opportunities to reduce the size and number of medical equipment needed.
2. Wireless Health Monitoring - Integrated circuits allow for wireless tracking of vital signs, changing how patients engage with their health and how doctors access data.
3. Low-frequency Integrated Circuits - The ability to support a range of 0.3 to 300 GHz with flexible integrated circuits opens up possibilities for a range of applications, from medical to other industries such as telecommunications and logistics.
Industry Implications
1. Healthcare Technology - Stretchable integrated circuits have the potential to revolutionize how the healthcare industry monitors patients, leading to more efficient and cost-effective solutions for medical facilities.
2. Telecommunications - The development of low-frequency integrated circuits with flexible applications presents new opportunities for telecommunications, such as creating low-power, low-cost wireless networks for IoT devices.
3. Logistics - The advancements in low-frequency integrated circuits open up possibilities for the logistics industry, potentially allowing for easier tracking of shipments and inventory through a wireless network.
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