Discover how the integration of 3D imaging technology and deflectometry is transforming eye-tracking systems, enhancing precision for VR/AR and medical applications.

Recent advances in quantum technology at the Singapore University of Technology and Design enable the control of quantum light at room temperature using tunable nanostructures and low-voltage. This development, which utilizes perovskite quantum dots and nanostructured antimony telluride, could dramatically enhance secure quantum communication and photonics-based computing.

Researchers at the Chinese University of Hong Kong have developed a liquid-bodied, magnetically-controlled robot to combat biofilm infections on medical implants. This innovation uses unique viscoelastic properties to disrupt, deactivate, and remove biofilms, showing promise for clinical application and transforming biofilm management in healthcare.

MIT's CSAIL introduces the Canonical Representation Hypothesis, offering insights into how neural networks encode data. This hypothesis enhances our understanding of neural collapse, potentially leading to more efficient and interpretable AI models.

The Model Context Protocol (MCP) is revolutionizing AI by providing a universal protocol for connecting AI models with external data sources. Much like USB-C standardized device connectivity, MCP promises to simplify and streamline AI integrations, attracting wide support across the tech community.

Recent research from UCLA and Princeton uncovers how hydrogen and water mix and separate under extreme conditions deep within planets, challenging traditional planetary models and hinting at new possibilities for exoplanetary habitability.

This article delves into the creation of AI therapy bots, focusing on the critical role of high-quality training data and the challenges in developing effective mental health tools. It highlights a clinical trial for Therabot, an AI therapy bot, emphasizing the need for innovation and ethical considerations in this emerging field.

Researchers from Rice University, Stanford University, and Cambridge have discovered a novel fabrication method for PEDOT:PSS, a conductive polymer critical for bioelectronic devices, that eliminates the need for toxic crosslinkers, enhancing its stability and conductivity.

Researchers at Washington State University have developed a breakthrough machine learning model that predicts the next potential pandemic by identifying animal species likely to harbor viruses capable of infecting humans. The model, which emphasizes both viral genetics and host characteristics, initially examines orthopoxviruses, revealing key regions and species that could serve as future viral hotspots. This proactive approach promises significant advancements in global health security.

Researchers at UC Berkeley have engineered a tiny, bumblebee-inspired flying robot that operates using external magnetic fields, offering new possibilities in robotics innovation. While still in development, this wireless robotic marvel highlights potential applications in pollination and inspection tasks, with ongoing efforts to improve adaptability through active control systems.