The UK's Ministry of Defence is leveraging an Amazon-hosted AI tool to improve military recruitment with inclusive language, yet concerns about data breaches emphasize the necessity for robust data protection and transparency.

This article delves into the pivotal role materials science plays in advancing AI by enhancing semiconductor technologies and paving the way for novel computing paradigms.

Researchers have developed innovative lipid nanoparticles capable of crossing the blood-brain barrier to deliver mRNA directly to neurons. This breakthrough could revolutionize treatment strategies for neurological diseases such as Alzheimer's and Parkinson's.

Researchers at ICFO have developed a cost-effective and scalable laser technology using large colloidal quantum dots made of lead sulfide. This advancement enables practical applications in the SWIR range, potentially revolutionizing industries like LIDAR, biomedicine, and photonic integrated circuits by integrating with silicon CMOS platforms and reducing costs and complexity.

As the self-driving car industry evolves, companies like GM and Tesla pursue different strategies for autonomous vehicles. This article explores the potential of both robotaxis and personal self-driving cars in shaping the future of transportation.

The James Webb Space Telescope (JWST) has unveiled a galaxy, named "Firefly Sparkle," from the cosmic dawn that closely mirrors the early Milky Way, offering insights into galaxy formation processes.

A new AI approach enhances machine learning models to identify objects and their spatial orientation across various poses. Essential for applications like autonomous driving, this advancement uses self-supervised learning benchmarks and viewpoint trajectory regularization to improve pose estimation without compromising accuracy.

The article delves into the environmental impact of artificial intelligence, emphasizing the increasing energy demands and carbon emissions from data centers. It highlights the need for greener solutions as AI models grow more complex, discusses challenges, and explores potential future regulations to manage the sector's environmental footprint.

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.