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News-Medical.Net on MSNSynthetic torpor moves closer to real-world medical useNature is often the best model for science. For nearly a century, scientists have been trying to recreate the ability of some ...
A new study reveals that our brains separate “stuff” like water and sand from “things” like balls or tools, using specialized circuits in the visual cortex.
Introduction: The Battlefield Inside Your Head In cybersecurity, we master firewalls and encryption. But are we neglecting ...
Nature is often the best model for science. For nearly a century, scientists have been trying to recreate the ability of some ...
Researchers at Duke University have identified a fast-acting neural circuit that allows the brain to sense gut bacteria in ...
New research provides a potential brain-based explanation for social touch aversion in some forms of autism. A study published in Nature Communications finds that in a mouse model of Fragile X ...
Researchers in China have created a dataset of various PV faults and normalised it to accommodate different array sizes and ...
A team of researchers at Washington University in St. Louis is in pursuit of translating induced, or synthetic, torpor into ...
The Brain & Behavior Research Foundation (BBRF) is pleased to announce the recipients of its 2025 Klerman & Freedman Prizes, ...
This article examines five key hardware strategies for building energy-efficient AI acceleration: dedicated accelerator ...
Scientists have identified the first brainwave biomarkers for OCD, opening the door to personalized, on-demand brain ...
Understanding the complex mechanisms that regulate eating behavior is essential for addressing health challenges such as obesity, eating disorders, and ...
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