Recent advancements illustrate how machine learning can revolutionize the detection of brain disturbances known as 'brain tsunamis,' enhancing patient care in traumatic brain injury cases.

MetaVision3D, an innovative AI tool developed by the University of Florida, creates high-resolution 3D maps of mouse brains, promising to advance understanding of brain metabolism and neurodegenerative diseases like Alzheimer's.

Researchers at CUNY Advanced Science Research Center have uncovered a new method to excite phonon-polaritons using electrical currents, promising advancements in electronic cooling and environmental sensing. This discovery involves embedding graphene in hexagonal boron nitride to generate infrared and terahertz waves without costly equipment.

Explore how a new Virtual Reality platform from Cambridge University is empowering individuals to overcome public speaking anxiety by providing realistic, scalable, and accessible practice environments right from their smartphones.

Explore how diversity in knowledge and influence can enhance decision-making, not just among humans, but in robotic systems and animal groups as well. Recent research highlights the importance of heterogeneity and strategic confidence in achieving optimal group outcomes.

Researchers from KAUST and KACST have developed a groundbreaking nanomaterial, nanoPE, which enhances LED streetlight efficiency and reduces carbon emissions. This innovation promises significant environmental benefits, signaling a shift towards sustainable urban lighting.

The MAIJU jumpsuit, an innovative wearable for infants, utilizes AI and sensors to monitor motor development at home, aligning with expert assessments and promising global standardization in child development evaluation. This breakthrough technology supports new research avenues in infant health and underscores the importance of accessible healthcare.

This article delves into how web search algorithms, particularly Google's PageRank, are being innovatively applied to bolster the security of critical infrastructure systems such as power grids and water facilities. Through understanding network interconnectivity, scientists are identifying potential vulnerabilities to prioritize protection against cyber and physical threats.

Scientists at Heidelberg University have made a groundbreaking advancement in synthetic biology by using RNA origami to construct artificial cytoskeletons. This novel approach could simplify synthetic cell creation by bypassing complex protein synthesis, paving the way for synthetic life forms.

The UK's National Cyber Security Centre (NCSC) warns organizations to brace for potential quantum cyber threats by transitioning to post-quantum cryptography by 2035. While quantum computing poses risks to current encryption methods, advancements in quantum communication offer new security opportunities.