Khalifa University Develops Carbon Nanotube Rectennas for Self-Powered Infrared Sensing and Future Broadband Communications

Khalifa University researchers have developed a carbon nanotube rectenna that detects near-infrared radiation without an external power supply, advancing compact, low-power sensing with potential applications in optical and terahertz communications. Published in Materials Today Nano as “Carbon nanotube-based rectenna architecture for self-powered near-infrared selective photodetection,” the study features the doctoral researcher Husam AlTakroori as … Continue reading “Khalifa University Develops Carbon Nanotube Rectennas for Self-Powered Infrared Sensing and Future Broadband Communications” Th