November 26, 2024 - 22:08

A new Power-over-Skin technology invented at Carnegie Mellon University could change the way we charge our wearables. Researchers have developed a method that allows electronic devices to draw power directly from the human body, eliminating the need for traditional charging methods. This innovation could pave the way for truly wireless devices that remain powered without the hassle of cables or frequent recharging.
The technology harnesses the body's natural electrical signals to provide energy to wearables, such as smartwatches and fitness trackers. By utilizing the skin's surface as a power source, this breakthrough could lead to longer-lasting devices and enhanced user convenience.
As the demand for wearable technology continues to grow, this advancement may significantly impact the industry, offering a sustainable and efficient solution for powering devices that are becoming increasingly integrated into daily life.
April 25, 2026 - 11:20
Next Generation Packaging Technology Market Forecast Points Higher Toward 2035, Driven by Sustainability Mandates and Smart Logistics IntegrationA comprehensive new market forecast indicates that the global next generation packaging technology sector is on a robust upward trajectory toward 2035, propelled by tightening environmental...
April 24, 2026 - 21:21
St. Mary’s University announces new Vice President for Information ServicesSt. Mary’s University has officially named Gwendolen “Gwen” M. Pechan as its next Vice President for Information Services, following a formal approval by the Board of Trustees during their...
April 24, 2026 - 05:32
First Enterprise Scholarship recipients sign on the lineThe first cohort of recipients for the Crossland College of Technology (CCOT) Enterprise Scholarship was officially recognized during a signing ceremony held Thursday at the Franklin Technology...
April 23, 2026 - 23:31
Copper Mountain Technologies Unveils New Solution for Scalable mmWave S-Parameter TestingCopper Mountain Technologies has introduced its latest innovation aimed at advancing millimeter-wave (mmWave) testing capabilities. The new BFx-02 Frequency Extension Base is a purpose-built...