A newly developed 3D stretchable piezoelectric energy harvester achieves a 280-fold increase in efficiency, offering a promising solution for powering wearable devices using body movements. This advancement highlights the potential for self-sustaining, flexible electronics and could drive substantial innovations in wearable technology.

NYU Tandon School of Engineering's innovative virtual reality-tested navigation system employs vibration and sound feedback to enhance mobility and safety for individuals who are blind or have low vision, surpassing traditional aids such as white canes and guide dogs.

Discover how ISS research is revolutionizing health diagnostics and robotic technologies both in space and on Earth through groundbreaking studies in genetics and autonomous systems.

Amnesty International's recent report reveals accusations against Serbian authorities for allegedly using spyware to monitor activists and journalists. This misuse of technology, intended for legitimate forensic purposes, raises human rights concerns and calls for accountability and stricter regulations.

Artificial Intelligence (AI) is revolutionizing the screening process for diabetic retinopathy, a leading cause of blindness among diabetics. By aiding in the analysis of eye scans, AI systems can potentially make screenings faster, more cost-effective, and more accessible, potentially preventing sight loss. However, challenges such as image quality, accessibility, and infrastructure must be addressed.

This article discusses the growing environmental impact of artificial intelligence (AI) technologies, focusing on the increased carbon emissions from data centers. It explores implications and examines how major tech companies like Google are addressing sustainability challenges through innovative strategies, including the exploration of nuclear energy and international data center expansion.

Researchers at Florida Atlantic University have developed an AI system that can interpret American Sign Language (ASL) alphabet gestures in real-time, using a combination of computer vision techniques and deep learning models. The system boasts an impressive accuracy rate of 98%, marking a significant advancement in assistive technology for the deaf and hard-of-hearing community.

A breakthrough zero-shot learning framework allows robots to navigate complex terrains autonomously without prior training or additional sensors, drawing from bio-inspired gait strategies and deep reinforcement learning to enhance adaptability in unpredictable environments.

Discover the revolutionary AI model, PlantRNA-FM, that deciphers plant RNA, offering transformative potential for plant biology and agricultural advancement.

Dive into the essential workings of public key cryptography, a pivotal system for secure communication. Understand its mathematical underpinnings, its security benefits, and the emerging challenges posed by quantum computing.