Daniel Fine English

The paper evaluates spike sorting errors in awake mice using ground-truth data and finds that false negatives increase significantly during bursting and spike overlaps, challenging conventional benchmarks.

The paper introduces a P-DOpE probe that combines optogenetics and electrophysiology for in vivo monitoring, showing it amplifies noradrenergic signaling in the hippocampus under specific conditions.

The paper introduces a modular, reconfigurable neural probe for in vivo electrophysiology and optogenetics in mice, demonstrating its versatility and performance.

The paper shows that experience reorganizes inhibitory neuron connectivity in the mouse olfactory cortex, increasing network response dimensionality and discriminability of familiar stimuli.

The paper investigates how event boundaries influence norepinephrine release and hippocampal neural representations in mice, finding that NE dynamics correlate with environmental changes and affect spatial coding.

The paper investigates the role of axo-axonic cells in controlling sharp wave-ripple events in the hippocampus by manipulating and monitoring these cells in behaving mice.

The paper introduces a multifunctional probe for simultaneous electrophysiology, drug delivery, and optical stimulation in mice, revealing CB1R's role in hippocampal oscillations.

The paper investigates how hippocampal sharp wave-ripples (SWRs) during NREM sleep encode motivation for anticipated physical activity in mice.

This study shows that preexisting hippocampal network dynamics constrain the formation of novel place fields induced by optogenetic stimulation.

The paper identifies a subiculum-retrosplenial pathway that propagates hippocampal ripples to the neocortex, revealing brain state-dependent coupling and specific neuronal mechanisms.

The paper develops methods to fit mechanistic spiking circuit models to single-trial spike train data, achieving accurate parameter estimation and validation using synthetic and experimental data.