Liane Klein

TL;DR: It is argued that, in a functional model of visual perception, featuring probabilistic inference over a hierarchy of features, inferences about high-level features modulate inferences in the fine structure of SCCs as stimulus identity and, more importantly, stimulus complexity varies.

TL;DR: It is shown that both, repetition-related reductions in firing rate and increases in gamma are specific to the repeated stimulus and that gamma-band synchronization subserves the adaptive processing of repeated stimulus encounters, both for generating efficient stimulus responses and possibly for memory formation.

TL;DR: The passive silicon probe enables semi-chronic recordings of high quality of LFP and MUA for a time span exceeding five months and is found that an insertion through the dura and subsequent readjustments of the chronically implanted neural probe was possible and allowed us to record stable LFPs for more than five months.

TL;DR: It is argued that feedback interactions in primary visual cortex (V1) establish the context in which individual neurons process complex stimuli and that changes in visual context give rise to stimulus-dependent SCCs.

TL;DR: In this article, the gamma-band synchronization subserves the adaptive processing of repeated stimulus encounters, both for generating efficient stimulus responses and possibly for memory formation, and the gamma increases were specific to the presented stimulus location.