Engineers at the University of California, Berkeley, have developed the world's smallest wireless flying robot, inspired by bumblebees. This less-than-one-centimeter device uses magnetic propulsion, offering potential applications in confined spaces, artificial pollination, and medical fields.

Nvidia, a pioneer in AI chip technology, is at the center of the US-China technological tussle, with US export restrictions affecting its Chinese ventures. As Nvidia strives to conserve its revenue and boost US operations, it must also negotiate its strong links with the Chinese market. This article delves into Nvidia's strategic maneuvers amidst these geopolitical pressures and their implications for the global AI sector.

This article delves into the pioneering cooling technology developed by researchers at the University of Tokyo. By leveraging a 3D water cooling system that utilizes water's phase change, this innovation promises cooling efficiency seven times greater than existing methods, potentially transforming the electronics industry.

Physicists from the University of Colorado Boulder and Quantinuum have pushed the boundaries of quantum computing with a novel 'game' on the Quantinuum System Model H1 Quantum Computer. This experiment showcases quantum computers' ability to outperform classical systems through entangled qubits, promising transformative applications across scientific domains.

Researchers at UC Berkeley have developed an innovative sweat sensor that monitors hydration and stress through electrodermal activity. This integration into common wearables like smartwatches presents significant benefits for personal and professional wellbeing.

Recent advancements have unveiled a novel strategy to enhance cancer drug effectiveness by exploiting the CD36 protein to increase cellular uptake, particularly for PROTACs. This discovery, made by leading institutions, challenges traditional drug design limits and offers hope for improved cancer therapies and potential applications in other diseases.

A new study has unveiled Ti₄MnBi₂, a rare quantum material exhibiting both metallic properties and one-dimensional magnetism. This discovery advances our understanding of quantum materials, with potential implications for quantum computing and spintronics.

Neurobiologists at UC San Diego reveal new insights into how our brains learn by challenging traditional models of synaptic plasticity. This discovery not only enhances our understanding of neurological disorders but also paves the way for advancements in brain-inspired artificial intelligence.

Google DeepMind introduces a groundbreaking feature in its Gemini AI model: a 'reasoning dial' that allows developers to balance AI reasoning for improved performance and efficiency, potentially reducing costs and environmental impacts.

Researchers from Philadelphia have developed a deep learning algorithm to identify disease-causing mutations in the non-coding regions of the human genome, which comprise over 98% of our DNA. This groundbreaking study offers new pathways for understanding and diagnosing various common diseases by revealing previously undiscovered genetic variants.