Through the dynamic interplay of neurons, the brain multiplexes and demultiplexes sensory signals, orchestrating a symphony of neural activity that underlies our perception, cognition, and behavior. Just as binary code enables computers to handle vast amounts of information, the brain's ability to encode, process, and interpret sensory inputs showcases the incredible computational power inherent in biological systems.

Multiplexing in the brain occurs as these individual neurons communicate with each other in complex networks, forming patterns of activation that encode sensory information. Much like how multiple bits combine to represent more complex data in a computer, the simultaneous firing of multiple neurons encodes intricate sensory experiences in the brain. →