MIT's AI is Powering Safer, More Reliable Fusion Energy Clean, virtually limitless, and emission-free is the promise of fusion energy, yet turning this dream into a safe and dependable reality has proven exceptionally difficult. One of the toughest challen... artificial intelligence energy reliability fusion energy machine learning plasma physics renewable energy tokamak
AI Is Fast-Tracking Precision Antibiotics for a Healthier Gut Thanks to innovative research from MIT’s CSAIL and McMaster University, researchers are leveraging a generative AI model to rapidly decoded how a novel antibiotics work, opening the door to targeted t... antibiotics artificial intelligence drug discovery gut health inflammatory bowel disease machine learning microbiome precision medicine
Gemini in Chrome: Redefining Productivity with Google's AI Assistant Google’s Gemini in Chrome is providing users with AI-powered help right inside their browser, transforming the way you work and interact with the web on any device. Gemini in Chrome is more than a sim... admin controls AI assistant browser integration Chrome Gemini Google Workspace privacy productivity
Envoy AI Gateway Ushers in a New Era with MCP Integration AI workloads are evolving fast, and Envoy AI Gateway’s integration of the Model Context Protocol (MCP) is a major leap for organizations leveraging modern, production-scale AI systems. Jointly develop... AI agents Envoy Gateway gateway security Kubernetes MCP OAuth open standards tool routing
AI and Synthetic Data For Gait Analysis in Neurology Every step we take carries hidden information about our health. Gait, the way we walk, provides subtle clues that can indicate early stages of neurological disorders such as Parkinson’s disease, cereb... AI digital health gait analysis healthcare technology neurology synthetic data wearables
Shape-Shifting Meta-Antennas: The Future of Smarter Sensing and Communication Antennas have long been essential to communication and sensing, but their static nature limits their versatility. MIT researchers have introduced a powerful solution: a shape-shifting meta-antenna tha... antennas fabrication human-computer interaction metamaterials sensing smart devices wearable technology wireless communication
Harvard Researchers Are Programming Cells to Shape Themselves Scientists are closing in on powerful new ways to instruct living cells to grow into complex forms as easily as coding a computer program. Thanks to groundbreaking work at Harvard, where researchers h... AI bioengineering cellular biology computational biology machine learning organ design tissue engineering
Rider University's 107.7 The Bronc Earns National Spotlight with Marconi Award Nomination Gaining national recognition in the crowded world of college radio is a remarkable achievement. Rider University’s 107.7 The Bronc has reached a new milestone, becoming one of only five stations natio... broadcast awards campus life college radio Marconi Award Rider University student achievement student radio
Le Chat Unveils Next-Level AI Features for Research, Collaboration, and Creativity Artificial intelligence assistants are rapidly advancing, but Le Chat’s latest update sets a new standard for user engagement and productivity. This release introduces a powerful suite of features des... AI assistant Deep Research image editing Le Chat multilingual productivity project management voice recognition
How AI Is Used For Shadow Detection in Fusion Reactors Fusion reactors operate at extreme temperatures, making the identification of vulnerable surfaces essential for safe and efficient operation. A cutting-edge artificial intelligence tool, HEAT-ML, deve... AI deep learning fusion energy magnetic shadows plasma physics PPPL reactor design SPARC
Microsoft’s Analog Optical Computer: Illuminating the Next Era of AI and Problem Solving Computers that harnesses the speed of light to solve complex problems in a fraction of the time and energy it takes today are no longer science fiction. Microsoft researchers are forging ahead with an... AI analog computing energy efficiency finance healthcare machine learning optical computer optimization
SimpleFold: When Less Is More in Protein Folding Protein folding is the process of predicting a protein's three-dimensional atomic structure from its amino acid sequence which has been revolutionized by deep learning breakthroughs like AlphaFold2 an... CAMEO22 CASP14 deep learning ensemble generation flow matching generative modeling protein folding transformer