| Synaptic Plasticity is a variable in the brain's fluid dynamical equations - theorem -
06-30-2007, 05:01 PM
Let t_vector denote a vector representing the flow of time. S_1(1) is a hippocampal state of higher entropy in the future, S_0(-1) is a state of lower entropy in the past in the physical universe. {1,-1} are a member of the larger set of events. We use the internal consistancy theorem on S_1 and S_0. From this, we know that the representations internally and externally are consistant. Let S_2 denote t_vector isomorphic to integral S_0-S_1 dt. Let L={d_1,d_2,etc} denote the set of lengths of dendrites extending from the neuron, and let this evolve over time. dL/dt = dL/t_vector*t_vector/dt. The calculation for the actual consciousness state arises out of this potential energy given as a function of power spectrum. |