Simon R. Schultz

The paper demonstrates real-time decoding of bladder pressure from pelvic nerve activity using spectral analysis and linear filtering techniques.

This study shows that multi-whisker stimulation of mouse vibrissae increases long-term, layer-specific spontaneous activity in the somatosensory cortex, with effects specific to layers IV and Vb.

This paper investigates how synaptic clusters form and function in neurons, showing that specific rules govern their distribution and that changes in input statistics can reshape these clusters, with implications for both biological learning and artificial neural networks.

The paper examines neural response patterns in mouse auditory cortex, finding that functional clusters exhibit fractured tonotopy with non-random connectivity.

The paper shows that performance in a GO/NOGO task in mice follows a trajectory influenced by motivation, suggesting standard measures underestimate true performance.

This paper extends the FRI framework for calcium transient detection to include GCaMP6s data, achieving 90% spike detection accuracy on real data.

The paper compares spike detection performance using FRI methods with new GECIs and a synthetic dye, calculating Cramer-Rao bounds for spike position uncertainty.