where is the libertarian free will neuron?
each neuron is connected to other neurons ( possibly thousands) via dendrites. it is constantly recieving inputs from these other neurons. if a given set of these inputs arrives at its dendrites within a narrow time frame ( under a second), it sums these inputs together. if this sum crosses the firing threshhold, it fires an action potential. it fires at a specific firing rate. the higher the sum of its inputs, the higher the firing rate it fires at. it is fully deterministic with the exception of possibly some small quantum fluctuations.
To give a much simplified model, imagine neuron A is connected to neurons B and C. Neurons B and C both fire onto neuron A within a few miliseconds. Neuron B fires an input of 5 and Neuron C fires an input of 4 ( im using these numbers to represent firing rates which are actually measured in hertz). Neuron A sums these inputs getting 9. the firing threshhold is 4, so because the sum crosses this it fires at 9 firing rate. Neuron A has no magical ability to choose to fire at 7 firing rate instead or to refuse to fire. likewise, Neurons B and C fired at 5 and 4 firing rate because of the inputs they recieved as well. this goes on and on down the line until you reach a sensory neuron which recieved a stimulus from the environment or a pacemaker neuron.
how could libertarian freewill be possible from a neurological viewpoint? where is the libertarian freewill neuron?