Recent advancements in two-photon calcium imaging have enabled scientists to record the
activity of thousands of neurons with cellular resolution. This scope of data collection is …

Using rodents as a model of physiological vision studies requires adequate information
about their visual cortex. Although the primary visual cortex of rats has different sub-regions …

Investigating and describing the relationships between the structure of a circuit and its
function has a long tradition in neuroscience. Since neural circuits acquire their structure …

Representational drift–the gradual continuous change of neuronal representations–has
been observed across many brain areas. It is unclear whether drift is caused by synaptic …

The Pearson correlation coefficient squared, r 2, is an important tool used in the analysis of
neural data to quantify the similarity between neural tuning curves. Yet this metric is biased …

In vivo 2-photon calcium imaging has led to fundamental advances in our understanding of
sensory circuits in mammalian species. In contrast, few studies have exploited this …

Neurons can code for multiple variables simultaneously and neuroscientists are often
interested in classifying neurons based on their receptive field properties. Statistical models …

Neural activity spans multiple scales from milliseconds to months. Its evolution can be
recorded with chronic electrodes, and especially with high-density arrays such as …

Introduction Our brain is bombarded by a diverse range of visual stimuli, which are
converted into corresponding neuronal responses and processed throughout the visual …

Natural visual experience involves a continuous series of related images while the subject is
immobile. How does the cortico-hippocampal circuit process a visual episode? The …