[Verse 1] In pyramidal chambers where the signals convene Two layers of logic in the neural machine Apical dendrites reaching high like crystal towers Basal branches spreading wide with computational powers When inputs arrive at different dendritic zones They integrate separately in silicon and bone The soma decides when both layers agree A two-part democracy in neural circuitry [Chorus] AND gates in the branches, OR gates in the tree NOT-AND inversions flowing naturally XOR contradictions when the pathways collide Dendritic computation with logic inside OR-of-ANDs cascading through biological wire Each branch holds a pattern, each tree builds desire [Verse 2] Basal dendrites cluster tight in compartments below Each cluster demands all inputs to flow That's your AND operation in living tissue Multiple contacts required or the signal won't issue But apical zones work differently, scattered and loose Any single input can break the dendrite free OR logic emerges from this architecture Biology's blueprint for digital procedure [Chorus] AND gates in the branches, OR gates in the tree NOT-AND inversions flowing naturally XOR contradictions when the pathways collide Dendritic computation with logic inside OR-of-ANDs cascading through biological wire Each branch holds a pattern, each tree builds desire [Verse 3] Inhibitory synapses create the NOT-AND dance Blocking excitation, reversing the stance When GABA receptors open their chloride doors The positive charge gets pushed to the floor XOR emerges when competing inputs meet One or the other makes the logic complete But never together in exclusive design Contradiction resolved in dendritic time [Verse 4] From cortical columns to hippocampal fields These pyramidal processors determine what yields Context and content in dendritic domains Learning and memory flow through neural veins Plasticity sculpts each logical connection Strengthening pathways through synaptic selection Evolution's algorithm in biological code Optimizing circuits on the neural road [Bridge] Multiple AND clusters feed one neural crown OR-of-ANDs architecture, recognition profound Each dendritic cluster seeks its own pattern match Combined at the soma where decisions dispatch Complex computations from simple biological rules Pyramidal neurons are nature's logic tools [Chorus] AND gates in the branches, OR gates in the tree NOT-AND inversions flowing naturally XOR contradictions when the pathways collide Dendritic computation with logic inside OR-of-ANDs cascading through biological wire Each branch holds a pattern, each tree builds desire [Outro] From molecular switches to cognitive schemes Dendritic computation fulfills neural dreams Two-layer precision in every pyramidal cell OR-of-ANDs storytelling that biology tells
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