Effect of dendritic backpropagating action potential on neural interaction

We elucidate the effect of dendritic backpropagating action potentials on neural interactions. We propose a neural oscillator model that mimics the backpropagating potentials upon the dendrite. We show that backpropagating potentials change the stability structure of the system from monostable to bistable. Such bistability causes the multiple phase clustering of the neural population. The phase clustering is a cogent hypothesis to explain the information representation binding distributed codes in the brain.