Stimulus-correlated potentials

The objective of this correlation is to show the relative constancy of the boundary between the linear and the cyclical pathway in most trials of a task. This is the only case when the boundary between the linear and the cyclical part can be seen in the evoked potential. This relative constancy would support the equational description of the stimulus-response pathway. 

As the LB A approach and the T-BOLS correlation deals with only the joint effects of pressure, temperature, and bond order imperfection, none of the particularities of the elements, crystal or phase structures, or the exact form of pah-potential is involved. What one need to consider are the nature of the bond and the equilibrium atomic distance with and without external stimulus, which could be one of the advantages of the reported approach. It is impractical for one theory to model all the factors simultaneously in particular those extrinsic, kinetic, and random factors that contribute httle to the nature. 

Sutton, S., Braren, M. and Zubin, J. (1965) Evoked potential correlates of stimulus uncertainty. Science, 150, 1187-1188... 

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