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Neuroscience News Home

Neuroscience News is an independent open access science magazine. Since 2001, we have featured neuroscience research news from labs, universities, hospitals and news departments around the world. Topics include brain research, AI, psychology, neuroscience, mental health and neurotech.

Science news articles cover neuroscience, neurology, psychology, AI, mental health, robotics, neurotechnology and cognitive sciences.

Despite AI’s massive processing power, children still far outperform machines in learning language—and a new framework helps explain why. Unlike AI systems that passively absorb text, children learn through multisensory exploration, social interaction, and self-driven curiosity.
A new study finds that the diabetes drug liraglutide significantly reduced monthly migraine days in patients with obesity and chronic migraine. Participants reported an average of 11 fewer headache days per month, alongside improved disability scores and quality of life.
A novel PET imaging study has identified unique patterns of neuroinflammation in patients with progressive apraxia of speech (PAOS), a rare disorder that impairs the brain’s ability to plan speech. Using TSPO PET scans, researchers found elevated inflammation in brain regions involved in movement and speech, particularly in patients who also showed signs of Parkinson-plus syndromes.

Neurology news articles cover neurology, brain cancer, traumatic brain injuries, neurosurgery, neuroanatomy, brain research and neurological disorders.

A rare genetic mutation known as APOE3-R136S, or the “Christchurch mutation,” appears to protect against Alzheimer’s disease by suppressing inflammatory signaling in the brain’s immune cells. Researchers found that this mutation dampens the cGAS-STING pathway, a key innate immune mechanism that is abnormally activated in Alzheimer’s and other neurodegenerative disorders.
A newly developed PET radiotracer, ¹⁸F-PDE-1905, offers high-resolution imaging of neuroinflammation by targeting a key enzyme inside microglia, the brain’s immune cells. Unlike traditional tracers that target general downstream markers, this novel tracer hones in on PDE4B, a critical regulator of inflammatory signaling.
A new study reveals that neurons in the brainstem respond very differently to acute versus chronic pain, potentially explaining why some pain persists long after injury. In acute pain, neurons in the medullary dorsal horn reduce their activity through a natural “braking” system involving A-type potassium currents, helping limit pain signals.
A new study shows that the networks responsible for processing pain in infants develop gradually, with emotional and cognitive pain responses maturing only after birth. Researchers scanned the brains of 372 infants, primarily born prematurely, to track how three brain subsystems related to pain perception matured over time.
New research reveals that sleep deprivation alters how the brain processes pain in people with migraines. Using EEG and pain stimulation, scientists found that migraine sufferers’ brains respond differently after poor sleep, showing reduced ability to suppress pain signals.

AI news articles cover science articles about artificial intelligence including ChatGPT, Bard, Dalle, neural networks, machine learning, LLMs, AGI and other AI related topics.

Researchers have developed an AI tool called EmoSync that boosts empathy by tailoring emotional analogies to each user’s personality and life experiences. Unlike traditional empathy tech that assumes uniform emotional responses, EmoSync uses a large language model (LLM) to map personal traits and generate custom scenarios that resonate more deeply. In a study of over 100 participants, those using EmoSync showed significantly better understanding of others’ emotions than with conventional methods. The technology represents a new frontier in emotion-aware AI, aiming to foster authentic interpersonal understanding in complex social environments.
A new study used machine learning to pinpoint the lifestyle and health factors most strongly associated with cognitive performance across the lifespan. Among 374 adults aged 19 to 82, age, blood pressure, and BMI were the top predictors of success on a focus-and-speed-based attention test.
New research shows that the human brain automatically recognizes what actions an environment affords—like walking, climbing, or swimming—even without conscious thought. Using MRI scans, researchers found unique activity in visual brain regions that went beyond simply processing objects or colors, revealing deep neural encoding of “affordances,” or possible actions.
A new study shows that AI can create internet memes rated as funny and shareable as those made by humans—but the best jokes still come from people. Researchers compared memes made by humans, AI, and human-AI teams, using classic templates like Doge and Futurama Fry.

Science research articles cover psychology, depression, mental health, schizophrenia, mental disorders, happiness, stress, PTSD, autism, psychiatry and therapy.

Displaced aggression—redirecting frustration onto an uninvolved target—has now been studied in mice, revealing that identity and social history play key roles in shaping aggressive behavior. Male mice primed by seeing a rival behind a barrier showed increased aggression only when the rival was unfamiliar or lacked a clear social hierarchy.
A new study has examined brains affected by PTSD at the single-cell level, uncovering distinct genetic alterations that may drive the disorder. Researchers focused on the dorsolateral prefrontal cortex, a brain region tied to emotional regulation, analyzing individual cell nuclei to map communication differences across PTSD, major depression, and control brains. They found impaired signaling in inhibitory neurons in PTSD, potentially explaining hyperarousal symptoms, and opposing patterns of microglial activity in PTSD versus depression. Vascular endothelial cells in PTSD brains also showed signs of dysfunction, possibly increasing stress hormone exposure.
New research reveals that some individuals may experience selective difficulty recognizing faces from racial groups different from their own, a phenomenon known as category-selective face blindness. While general face blindness (prosopagnosia) is well-documented, this study shows that many people perform well with own-race faces but poorly with others.
New research shows that facial expressions can reveal internal cognitive states, accurately predicting task performance across both macaques and mice. By analyzing facial features during a foraging task in a virtual reality setup, researchers identified patterns linked to motivation, focus, and responsiveness.
A new 16-year study of over 10,000 adults finds that higher wellbeing is linked to better memory performance in middle age. Researchers tracked participants' psychological wellbeing and memory recall, finding that those with higher life satisfaction were more likely to retain stronger cognitive function over time.

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Contrary to popular belief, a new study suggests that people with a higher genetic risk for Alzheimer’s may become more socially engaged—not less. Researchers analyzed data from over 500,000 individuals and found that higher-risk participants reported lower social isolation and more positive family interactions.
Researchers have discovered a safe, non-invasive way to enhance the brain’s waste clearance system by mechanically stimulating lymphatic vessels just beneath the facial skin. This gentle technique significantly improves cerebrospinal fluid (CSF) drainage—a critical function that declines with age and contributes to cognitive disorders like Alzheimer’s.
Childhood trauma doesn't just leave psychological scars—it biologically reshapes the brain through chronic neuroinflammation and structural changes, increasing vulnerability to psychiatric disorders later in life. New research shows that early adversity can reprogram immune responses, altering lifelong mental health outcomes.
Researchers have developed a retinal prosthesis made of tellurium nanowires that restores partial vision in blind mice and enables near-infrared vision in primates. The implant, woven into a lattice of light-sensitive nanowires, converts both visible and near-infrared light into electrical signals for the brain.