👉 Brain math, or neural computation, is the process by which neurons in the brain perform calculations to process information and make decisions. Unlike traditional mathematics, which relies on symbols and algorithms, brain math is rooted in the physical and chemical interactions of neurons. When neurons fire, they release neurotransmitters that bind to receptors on adjacent neurons, creating a complex network of signals. These signals are strengthened or weakened through processes like long-term potentiation and depression, allowing the brain to encode and store information. The brain uses these neural computations to perform tasks ranging from simple sensory processing to complex decision-making, effectively transforming raw sensory input into meaningful perceptions and actions. This dynamic, parallel processing allows the brain to handle vast amounts of information efficiently, making it a highly adaptable and powerful computational system.
