Summary: An international research team developed a bedside monitoring platform to reduce delayed diagnoses and lower healthcare costs for patients with brain injuries. Called NeuroSense, the system integrates directly with external cerebrospinal fluid (CSF) drainage lines to provide near real-time detection of biochemical changes and flow problems that can signal infection or device malfunction. By … Read more

Summary: Researchers have identified a precise molecular pathway that connects HIV infection to chronic neuropathic pain. Using mammalian models, the study shows how the HIV envelope protein glycoprotein 120 (gp120) drives persistent spinal cord hyper-sensitization, revealing a clear target for focused, non-addictive therapies for chronic pain. The team demonstrated that gp120 forces overactivation of specific … Read more

Summary: Researchers in neuro-engineering and computational intelligence have developed an AI platform that objectively decodes human pain from EEG signals. This advance addresses the long-standing reliance on subjective self-reporting and offers a biological, real-time measure of physical suffering. The system uses a dual-model, self-correcting AI architecture to analyze electroencephalogram (EEG) responses to controlled thermal stimuli. … Read more

Summary: A new study identifies a powerful psychological factor linked to chronic sleep problems and declining self-reported physical health. The researchers show that “age discrepancy” — the gap between how old someone feels and their actual chronological age — independently predicts worse sleep outcomes, including more severe insomnia symptoms, poorer sleep regularity, and greater daytime … Read more

Summary: An international precision neuropharmacology and immunology initiative has received funding to investigate a new therapeutic approach for chronic neuropathic pain. The multinational RESOLVE project, funded at €1,191,123.20, will examine whether tiny, naturally secreted extracellular particles from stem cells can reduce persistent neural inflammation and thereby address the underlying biology that sustains long-term pain. Instead … Read more

Summary: Researchers have built one of the largest reference models for the human brain by compiling diffusion MRI scans from 54,583 people across 19 international datasets. The resulting, publicly available resource establishes lifespan “growth and decline charts” for white matter microstructure, enabling clinicians and researchers to detect person-specific structural deviations tied to aging, Alzheimer’s disease, … Read more

Summary: A major advance in neurotechnology now lets scientists record and control individual neuron activity at depth in the living brain. The new device, Neuropixels Opto, merges large-scale electrophysiological recording with precise optogenetic light delivery on a single silicon shank thinner than a human hair, enabling simultaneous measurement and manipulation of hundreds of cells within … Read more

Summary: A cognitive evaluation of contemporary artificial intelligence systems has revealed a fundamental, systemic weakness in transformer-based attention mechanisms. By administering the classic psychological Stroop task to leading models—including GPT-4o, GPT-5, Claude 3.5 Sonnet, Claude Opus 4.1, and Gemini 2.5—researchers documented a severe collapse in task-specific executive control as input length increased. Where human brains … Read more

Summary: A multinational study in developmental psychology and artificial intelligence found that very young children—some as young as three—read intentions and preferences from a person’s gaze but do not interpret the same communicative signal when a humanoid robot looks at an object. The results show that simply copying a human cue like eye direction is … Read more

Summary: A precise hearing and audiology study has clarified the biological mechanisms behind “The Hum” — a mysterious, low-frequency buzzing reported by people in many coastal and densely populated cities worldwide. Researchers investigated whether the sound stems from exceptionally sensitive low-frequency hearing, measurable emissions from the inner ear, or an unmeasurable, internally generated auditory phenomenon. … Read more