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.

Eco-voxels, developed by Georgia Tech researchers, are innovative building blocks made from bio-based polymers and recycled carbon fibers. These units promise to significantly reduce the carbon footprint of construction, offering a sustainable alternative to traditional materials and opening new possibilities for rapid assembly in disaster-stricken areas and extraterrestrial terrains.

Researchers have developed a novel technique to combat the issue of spurious correlations in AI systems without the need for prior knowledge of misleading features. This approach, focusing on data pruning, has shown to enhance AI performance by reducing reliance on irrelevant features, marking a significant advancement in AI model training.

NASA's James Webb Space Telescope has unveiled a groundbreaking discovery of TOI-270 d, a sub-Neptune exoplanet with a scorching atmosphere 73 light-years away. This discovery challenges existing notions about sub-Neptune exoplanets and offers new insights into planetary formation and atmospheric evolution.

Recent advancements in thermoelectric materials could revolutionize energy solutions for IoT by dramatically improving efficiency. Researchers at Vienna University of Technology have developed hybrid thermoelectric materials that enhance energy conversion, providing a promising avenue for powering IoT devices autonomously, reducing energy consumption, and increasing sustainability.

Researchers at Rice University have pioneered a method to manipulate light-matter interactions using a 3D photonic-crystal cavity, promoting advancements in quantum computing and communication through ultrastrong coupling and the creation of polaritons.