Rhino Nevers

The paper develops a task for rats to study self-correction and finds distinct hippocampal representations during this process.

This study shows that disrupting theta-timescale spiking during locomotion impairs learning but does not affect hippocampal replay during immobility in rats.

Spyglass provides a reproducible and shareable framework for neuroscience research, enabling data reuse and analysis across labs using standardized formats and pipelines.

This paper introduces a scalable method for micro-CT analysis to quantitatively characterize brain lesions and implants while preserving the skull.

An unsupervised algorithm with temporal dynamics recovers hippocampal activity manifolds in rats from neural activity alone, recasting trial-to-trial variability as movement along an extra manifold dimension.