Attention & context — MSense Lab

MSense Lab · LMU Munich

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Distinct hippocampus codes for contextual cueing

How Distractors Summon but Do Not Engage Attention

Large-Scale Benchmarking Reveals Optimal Metrics for Measuring Functional Connectivity in Aging

Distinct Neural Mechanisms of Contextual Guidance and Suppression

Conscious Awareness Boosts Dynamic Regularity Learning in Visual Search

How do we learn and use dynamic spatial patterns in visual search?

Impact of Contextual Guidance and Suppression on Visual Search Efficiency

Selective contextual association

Talk on Visual distractor suppression at Oldenburg University

Understanding Color Perception: How Natural Daylight Cues Influence Hue Discrimination

Workshop on “Predictive Attention” Yields Insightful Discussions

High demand redirects increased anxiety to uphold goal-directed attention

Eye movement: innovation in visual perception training

Feng Meng, can the ability to see a flea as large as a wheel be transferred?

Valence color preference and association

Little engagement of attention by cross-dimension distractors

Asymmetric learning of dynamic spatial regularities

Long-term vs. short-term distractor location effect

Hierarchy of intra- and cross-modal redundancy gains

Statistical context learning in tactile search

Distractor suppression in the early visual cortex

Does distractor frequency in one region affect distractor suppression in another region?

Contextual cueing in co-active visual search: Joint action allows acquisition of task-irrelevant context

Cross-modal contextual memory guides selective attention in visual-search tasks