[Verse 1] Deep beneath the membrane surface, branches hold the keys Three spike types waiting for the moment, voltage starts to squeeze Calcium spikes burst when dendrites cluster, hot spots blazing bright Sodium-calcium combo dancing, plateau states ignite NMDA spikes need dual triggers, glutamate plus depolarization These molecular gates stay locked until they sense the coordination [Chorus] Dendrites flip the script, sub becomes supra Linear math breaks down when the voltage erupts-a Semi-independent units computing in the trees Nonlinear subunits working separately Three spike types, calcium sodium NMDA Active branches amplify in their own way [Verse 2] Picture branches as computers, each one calculating alone Input signals hit the segments, local processing zones When dendrites stay passive, simple addition rules apply But activate those hot spots and the math begins to fly Cooperative nonlinearity, signals multiply and grow What seemed impossible before now puts on quite a show [Chorus] Dendrites flip the script, sub becomes supra Linear math breaks down when the voltage erupts-a Semi-independent units computing in the trees Nonlinear subunits working separately Three spike types, calcium sodium NMDA Active branches amplify in their own way [Bridge] From linear to exponential, the transformation's wild Weak inputs become giants when the spikes get compiled Each branch segment operating like a micro-processor Calcium channels opening, becoming the aggressor Threshold crossed, cooperativity unleashed The dendrite's secret power finally released [Verse 3] Think modular computation, branches work in parallel Semi-autonomous processors in the neural citadel Active dendrites break the rules of simple summation Supralinear amplification across the arbor nation Input clustering triggers cascades through the membrane wall Turning whispers into thunder, making small signals tall [Verse 4] Plasticity shapes these active zones, learning rewrites the code Synaptic weights adjust and change as memories are bestowed BAC firing synchronizes soma with the dendritic crown Top-down meets bottom-up signals as they dance up and down This cellular computation makes each neuron something more Than a simple integrator, it's a parallel processor to the core [Chorus] Dendrites flip the script, sub becomes supra Linear math breaks down when the voltage erupts-a Semi-independent units computing in the trees Nonlinear subunits working separately Three spike types, calcium sodium NMDA Active branches amplify in their own way [Outro] From passive cable to active processor The dendrite reveals its hidden agenda Nonlinear computation in biological splendor
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