Neuroscience
The brain, neural systems and cognitive neuroscience.
How Midlife Vascular Health Buys You 13 Dementia-Free Years — And Why Cognitive Offloading Memory Matters
Research from NYU Langone Health published in Neurology shows that maintaining healthy blood pressure, avoiding diabetes, and not smoking between ages 48 and 68 is associated with nearly 13 additional years of dementia-free life. The study analyzed 12,409 participants over 26 years and highlights the intersection of vascular health, cognitive offloading memory, and cognitive resilience in aging.
The Forgotten Evolution: Why Mental Health Requires Seeing Ourselves as Part of Living Intelligence
An exploration of the mental health crisis through an evolutionary lens, examining how disconnecting from our biological and ecological roots undermines well-being. The article synthesizes insights from neuroscience, psychology, and evolutionary biology to argue that mental health is a biological necessity, not a luxury.
The Brain's Nighttime Memory Factory
First direct human evidence shows memory consolidation during sleep depends on precise coordination between the orbitofrontal cortex, thalamus, and hippocampus—and epileptic spikes disrupt this process.
3D Brain Tissue Models: What Researchers Learned About Normal Cognitive Aging to Combat Alzheimer's
A 3D human brain tissue model developed over nine years using stem cells to replicate Alzheimer's disease processes, enabling drug screening and accelerating therapeutic development.
How Artificial Intelligence That Listens Before Looking Cuts Video Processing Time
JAIST researchers developed EMF-dVAE, a brain-inspired AI framework that uses audio-guided visual selection to process video 65% faster while improving accuracy—proving that discarding 85% of visual data can make AI smarter, not dumber.
Understanding Cognitive Aging: Why Blood Cells Enter the Brain and What It Means for Memory Loss vs Dementia
A Stanford study reveals blood cells enter the aging brain and become microglia. What this means for cognitive aging, memory loss vs dementia, and Alzheimer's risk.
Midlife TV Habits Reshape Brain Structure: What the ARIC Study Reveals About Cognitive Aging
New research from the ARIC study reveals that how we spend our sitting time — whether watching television passively or engaging in mentally stimulating work — has profound effects on brain structure and cognitive aging. Learn what protects your brain as you age.
The Brain's Patchwork: Why Bright Kids Develop at Different Speeds
Research-based exploration of how gifted and neurodiverse children experience uneven brain development, where advanced cognitive regions coexist with areas still maturing, creating unique learning profiles that require tailored support strategies. Grounded in neuroscience research including the landmark UCLA study by Shaw et al. (2006).
UCSF Launches the Alzheimer's Tau Platform: How Neurotechnology and Brain-Computer Interfaces Are Reshaping Alzheimer's Prevention
UCSF's Alzheimer's Tau Platform trial tests combination therapies targeting amyloid and tau simultaneously in asymptomatic patients — and it's part of a broader neurotechnology revolution.
REM Sleep Reprioritizes Sensory Processing: External Sounds Yield to Internal Cardiac Signals
Neuroscience research demonstrates that during REM sleep, the brain selectively suppresses external auditory processing while amplifying internal heartbeat-evoked neural signals, creating a physiological marker for consciousness assessment.
Fostering Democratic Participation Through Foundational Literacy and Civic Education
An exploration of how bolstering literacy skills and implementing robust civic education programs are essential requirements for maintaining a thriving democratic citizenry.
Cognitive Neuroscience: The Biology of the Mind PDF and Bioenergetic Decision Shifts
A theoretical study published in Physical Review Letters by researchers from the University of Tokyo and RIKEN demonstrates that organisms abruptly switch between real-time sensory reaction and memory-based decision-making based on bioenergetic resource limits and environmental noise.