Explore the latest breakthroughs in neuroscience — from neural circuits and consciousness to brain-computer interfaces and the future of human cognition.
Neurobiology
New research reveals that immune cells in the brain actively participate in strengthening neural connections during deep sleep, challenging decades of neuroscience dogma about microglial function.
Cognitive Science
Cognitive neuroscientists present new evidence that System 1 and System 2 thinking aren't separate modules but interconnected processes that continuously negotiate every decision.
Neural AI
A breakthrough at MIT creates the first functional brain-computer interface that translates neural activity into digital commands with near-zero latency, opening doors for paralysis treatment.
Publications
A collection spanning philosophical inquiry to computational models, this special issue represents the most comprehensive attempt yet to tackle consciousness scientifically.
Neurobiology
Researchers identify specific DNA methylation patterns that act as molecular on/off switches for synaptic plasticity, offering new therapeutic targets for neurodegenerative diseases.
Cognitive Science
Using ultra-high-density EEG, scientists pinpoint the exact neural oscillation frequency that correlates with the threshold between unconscious processing and conscious perception.
A behind-the-scenes look at the groundbreaking optogenetics experiments reshaping our understanding of REM sleep and memory formation.
As neuroimaging becomes more powerful, new ethical frameworks are needed to protect cognitive liberty and mental privacy.
The leading neurophysicist discusses her work on integrating quantum theory with neural network modeling.
Complete connectome of C. elegans and partial human cortex mapping achieved
Previously unknown neural clusters discovered through advanced imaging
Breakthrough therapies advancing through clinical trials worldwide
Brain-computer interfaces reaching new levels of accuracy and accessibility