Fred Wolf

Statistical Mechanics Of Phase Space Partitioning In Large-Scale Spiking Neuron Circuits

The paper develops a statistical theory to analyze phase space partitioning in spiking neural circuits by studying spike-time collision events and their impact on basin boundaries and sizes.

Complete firing-rate response of neurons with complex intrinsic dynamics

The paper derives a complete expression for the dynamic gain of a resonator neuron model with two degrees of freedom, identifying six response types and showing resonance arises primarily from slow adaptation and intrinsic frequency.

Growing neuronal islands on multi-electrode arrays using an Accurate Positioning-μCP device

This paper introduces a method to precisely position neuronal islands on multi-electrode arrays using a custom device, enabling high-throughput electrophysiology studies.

Enhancing burst activation and propagation in cultured neuronal networks by photo-stimulation

This study shows that photo-stimulation can alter the timing dynamics of bursts in cultured neuronal networks by affecting leader-follower interactions.

Connectome of a model local cortical circuit flexibly shapes layer-dependent multi-frequency oscillations

The paper models a local cortical circuit to show inter-layer connectivity shapes multi-frequency oscillations and inter-areal dynamics.