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This model integrates fine-tuned models of phenomenological (Izhikevich) spiking neurons that correspond to different sub-types of cells within the BG nuclei, electrical and conductance-based chemical synapses that include short-term plasticity and neuromodulation, as well as anatomically-derived striatal connectivity.
Answers to these questions correspond to different sub-networks, and these sub-networks are the focus of this paper.
Differences in those vibrations correspond to different particles, just as different vibrations of a guitar string correspond to different musical notes.
Different colours correspond to different thicknesses of hBN.
Different colors correspond to different crystal orientations (grains).
Different sets correspond to different sets of correlation matrices.
Boxes in the bar correspond to different element families.
Different occupant densities correspond to different critical exit widths.
They correspond to different mental faculties, the right and left sides of the brain.
Different harmonics correspond to different particles of the same family.
As discussed below, different colours of metal-intercalated GLs correspond to different plasmon energies due to different doping levels.
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