Advancing electrochemistry: Powering electromagnetic energy conversion

Understanding the fundamentals of directional electromagnetic energy conversion under dynamic electrochemical conditions in wearable electronics is a long-standing challenge. In a recent study published in Nature Nanotechnology, Gogotsi and coworkers described the controllable conversion of electromagnetic, electrochemical, and heat energy at gigahertz frequencies in integrated MXene electronics and demonstrated an electrochemistry-triggered MXene electromagnetic alertor for wireless communication. Understanding the fundamentals of directional electromagnetic energy conversion under dynamic electrochemical conditions in wearable electronics is a long-standing challenge. In a recent study published in Nature Nanotechnology, Gogotsi and coworkers described the controllable conversion of electromagnetic, electrochemical, and heat energy at gigahertz frequencies in integrated MXene electronics and demonstrated an electrochemistry-triggered MXene electromagnetic alertor for wireless communication.