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Researchers create a continuous monitoring platform engineered to protect brain-injury patients from severe drainage infections.​ 

Adults who feel older than their chronological age report significantly worse sleep outcomes, including elevated insomnia symptoms, lower sleep regularity, and greater sleep-related daytime impairment.​ 

The global framework validates the “last in, first out” theory of brain aging while revealing that individuals sharing the same clinical diagnosis exhibit completely unique microstructural deviations.​ 

Can an advanced artificial intelligence truly exercise decision-making control, or is it merely trapped in an inescapable loop of automatic pattern mimicry? A cognitive science study utilizes the classic psychological “Stroop task” to expose a fundamental limitation in large language model (LLM) attention mechanisms.​ 

A new audiology study investigates “The Hum”, an elusive, low-frequency buzzing sound reported in densely populated cities worldwide since the mid-1970s.​ 

A new neuroscience study leverages a 1,200-participant trial and cultural computer modeling to prove that “semantic knowledge” is the absolute baseline requirement for human innovation.​ 

A new study provides the first direct evidence that deep brain stimulation (DBS) remodels white matter pathways and alters communication across large-scale neural networks.​ 

Can an invisible, brain-wide electrical shift accurately predict our social choices several seconds before we even make them? A neuro-behavioral study unmasks a distinct neural “pre-decision state” that dictates social approach behaviors.​ 

A new study isolates the exact molecular mechanisms by which the viral protein glycoprotein 120 (gp120) intensifies neuropathic suffering.​ 

A new study introduces an artificial intelligence framework that analyzes EEG signals to objectively classify pain intensity.​