Divyansh Mittal

The paper shows that HCN channels enhance robustness of patterned activity propagation in heterogeneous neural networks by introducing a slow negative feedback loop.

This study shows that heterogeneous stochastic bifurcations in stellate cells explain peri-threshold oscillations and why theta oscillations may not be observed in vivo.

This study shows that resonating neurons stabilize grid-cell networks against biological heterogeneities by suppressing low-frequency perturbations.

The paper assesses how channel heterogeneities in entorhinal stellate cells affect the robustness of electrophysiological properties, revealing cellular-scale degeneracy and efficient coding mechanisms.