Hybrid collectives consisting of humans and artificial intelligence make significantly more accurate medical diagnoses than either medical professionals or AI systems alone. New research analyzing over 40,000 diagnoses reveals that combining human expertise with AI models creates a powerful diagnostic partnership that outperforms traditional approaches. The study, published in Proceedings of the National Academy of … Read more
Scientists have developed a new type of retinal implant that not only restored vision in blind mice but also gave them the ability to see infrared light—something even healthy eyes cannot detect. The device, made from interwoven tellurium nanowires, represents a significant step forward in artificial vision technology and could eventually help millions of people … Read more
Artificial intelligence systems are getting better at mimicking how humans naturally connect what they see with what they hear. MIT researchers have developed a new machine-learning approach that helps AI models automatically match corresponding audio and visual information from video clips—without needing human labels to guide the process. The breakthrough could eventually help robots better … Read more
MIT researchers have discovered that exposing mice with Down syndrome to specific light and sound patterns can significantly improve memory, enhance brain connectivity, and boost the formation of new neurons. This promising approach, which uses 40Hz sensory stimulation known as GENUS (gamma entrainment using sensory stimulation), could potentially open new avenues for treating cognitive challenges … Read more
Scientists have developed a powerful new technique that could transform our understanding of the brain’s intricate wiring system. The breakthrough method, called Light-microscopy-based Connectomics (LICONN), enables researchers to map the brain’s complex neural networks at the nanoscale while simultaneously identifying specific molecules within those connections. This innovative approach, detailed in a new study published in … Read more
Researchers at George Washington University have developed a groundbreaking mathematical formula that predicts exactly when artificial intelligence systems like ChatGPT will suddenly shift from helpful to harmful responses – a phenomenon they’ve dubbed the “Jekyll-and-Hyde tipping point.” The new research may finally answer why AI sometimes abruptly goes off the rails. Trust in AI has … Read more
New research reveals disturbing patterns of boundary violations and inappropriate behavior by AI companions designed to provide emotional support, raising urgent questions about regulation and ethical design in the rapidly expanding industry. As AI companion chatbots surge in popularity—reaching over a billion users worldwide in the past five years—Drexel University researchers have uncovered troubling evidence … Read more
With his eyes closed and electrodes connecting his brain to a tablet computer, a man with tetraplegia describes the warm, silky fur of a cat beneath his fingertips. Another participant reports feeling the smooth, cool surface of an apple and the rough texture of a terry cloth towel – all through a hand that hasn’t … Read more
The arms race between deepfake creators and detectors has reached a critical turning point. Researchers have discovered that modern deepfakes can now replicate something previously thought impossible: a realistic human heartbeat. Scientists at Germany’s Fraunhofer Heinrich-Hertz-Institute and Humboldt University of Berlin found that current deepfake videos inadvertently mimic the subtle skin color fluctuations caused by … Read more
A simple blood test may soon catch brain cancers months before symptoms appear, thanks to artificial intelligence that detects previously invisible tumor signals. Johns Hopkins researchers have developed a liquid biopsy technique that identifies brain cancers with unprecedented accuracy, potentially transforming how these deadly tumors are diagnosed. Brain cancer detection has long frustrated physicians. Most … Read more