Cognitive neuroscience bridges psychology and neurobiology, seeking to understand how neural circuits give rise to perception, memory, attention, and social cognition. From the prefrontal cortex's role in holding information online to the rhythmic oscillations that bind distributed neural populations, the field reveals the machinery behind thought itself.
These simulations let you explore working memory capacity constraints, attentional filtering networks, neural oscillation synchronization, mirror neuron activation during action observation, and synaptic plasticity mechanisms — all with real-time interactive controls grounded in peer-reviewed neuroscience.