author_facet Barenholtz, Elan
Lewkowicz, David J.
Kogelschatz, Lauren
Barenholtz, Elan
Lewkowicz, David J.
Kogelschatz, Lauren
author Barenholtz, Elan
Lewkowicz, David J.
Kogelschatz, Lauren
spellingShingle Barenholtz, Elan
Lewkowicz, David J.
Kogelschatz, Lauren
Seeing and Perceiving
Single-object consistency facilitates multisensory pair learning: Evidence for unitization
Cognitive Neuroscience
Computer Vision and Pattern Recognition
Sensory Systems
Ophthalmology
Experimental and Cognitive Psychology
author_sort barenholtz, elan
spelling Barenholtz, Elan Lewkowicz, David J. Kogelschatz, Lauren 1878-4755 1878-4763 Brill Cognitive Neuroscience Computer Vision and Pattern Recognition Sensory Systems Ophthalmology Experimental and Cognitive Psychology http://dx.doi.org/10.1163/187847612x646343 <jats:p> Learning about objects often involves associating multisensory properties such as the taste and smell of a food or the face and voice of a person. Here, we report a novel phenomenon in associative learning in which pairs of multisensory attributes that are consistent with deriving from a single object are learned better than pairs that are not. In Experiment 1, we found superior learning of arbitrary pairs of human faces and voices when they were gender-congruent — and thus were consistent with belonging to a single personal identity — compared with gender-incongruent pairs. In Experiment 2, we found a similar advantage when the learned pair consisted of species-congruent animal pictures and vocalizations <jats:italic>vs</jats:italic>. species-incongruent pairs. In Experiment 3, we found that temporal synchrony — which provides a highly reliable alternative cue that properties derive from a single object — improved performance specifically for the incongruent pairs. Together, these findings demonstrate a novel principle in associative learning in which multisensory pairs that are consistent with having a single object as their source are learned more easily than multisensory pairs that are not. These results suggest that unitizing multisensory properties into a single representation may be a specialized learning mechanism. </jats:p> Single-object consistency facilitates multisensory pair learning: Evidence for unitization Seeing and Perceiving
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series Seeing and Perceiving
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title Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_unstemmed Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_full Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_fullStr Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_full_unstemmed Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_short Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_sort single-object consistency facilitates multisensory pair learning: evidence for unitization
topic Cognitive Neuroscience
Computer Vision and Pattern Recognition
Sensory Systems
Ophthalmology
Experimental and Cognitive Psychology
url http://dx.doi.org/10.1163/187847612x646343
publishDate 2012
physical 11
description <jats:p> Learning about objects often involves associating multisensory properties such as the taste and smell of a food or the face and voice of a person. Here, we report a novel phenomenon in associative learning in which pairs of multisensory attributes that are consistent with deriving from a single object are learned better than pairs that are not. In Experiment 1, we found superior learning of arbitrary pairs of human faces and voices when they were gender-congruent — and thus were consistent with belonging to a single personal identity — compared with gender-incongruent pairs. In Experiment 2, we found a similar advantage when the learned pair consisted of species-congruent animal pictures and vocalizations <jats:italic>vs</jats:italic>. species-incongruent pairs. In Experiment 3, we found that temporal synchrony — which provides a highly reliable alternative cue that properties derive from a single object — improved performance specifically for the incongruent pairs. Together, these findings demonstrate a novel principle in associative learning in which multisensory pairs that are consistent with having a single object as their source are learned more easily than multisensory pairs that are not. These results suggest that unitizing multisensory properties into a single representation may be a specialized learning mechanism. </jats:p>
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author Barenholtz, Elan, Lewkowicz, David J., Kogelschatz, Lauren
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description <jats:p> Learning about objects often involves associating multisensory properties such as the taste and smell of a food or the face and voice of a person. Here, we report a novel phenomenon in associative learning in which pairs of multisensory attributes that are consistent with deriving from a single object are learned better than pairs that are not. In Experiment 1, we found superior learning of arbitrary pairs of human faces and voices when they were gender-congruent — and thus were consistent with belonging to a single personal identity — compared with gender-incongruent pairs. In Experiment 2, we found a similar advantage when the learned pair consisted of species-congruent animal pictures and vocalizations <jats:italic>vs</jats:italic>. species-incongruent pairs. In Experiment 3, we found that temporal synchrony — which provides a highly reliable alternative cue that properties derive from a single object — improved performance specifically for the incongruent pairs. Together, these findings demonstrate a novel principle in associative learning in which multisensory pairs that are consistent with having a single object as their source are learned more easily than multisensory pairs that are not. These results suggest that unitizing multisensory properties into a single representation may be a specialized learning mechanism. </jats:p>
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spelling Barenholtz, Elan Lewkowicz, David J. Kogelschatz, Lauren 1878-4755 1878-4763 Brill Cognitive Neuroscience Computer Vision and Pattern Recognition Sensory Systems Ophthalmology Experimental and Cognitive Psychology http://dx.doi.org/10.1163/187847612x646343 <jats:p> Learning about objects often involves associating multisensory properties such as the taste and smell of a food or the face and voice of a person. Here, we report a novel phenomenon in associative learning in which pairs of multisensory attributes that are consistent with deriving from a single object are learned better than pairs that are not. In Experiment 1, we found superior learning of arbitrary pairs of human faces and voices when they were gender-congruent — and thus were consistent with belonging to a single personal identity — compared with gender-incongruent pairs. In Experiment 2, we found a similar advantage when the learned pair consisted of species-congruent animal pictures and vocalizations <jats:italic>vs</jats:italic>. species-incongruent pairs. In Experiment 3, we found that temporal synchrony — which provides a highly reliable alternative cue that properties derive from a single object — improved performance specifically for the incongruent pairs. Together, these findings demonstrate a novel principle in associative learning in which multisensory pairs that are consistent with having a single object as their source are learned more easily than multisensory pairs that are not. These results suggest that unitizing multisensory properties into a single representation may be a specialized learning mechanism. </jats:p> Single-object consistency facilitates multisensory pair learning: Evidence for unitization Seeing and Perceiving
spellingShingle Barenholtz, Elan, Lewkowicz, David J., Kogelschatz, Lauren, Seeing and Perceiving, Single-object consistency facilitates multisensory pair learning: Evidence for unitization, Cognitive Neuroscience, Computer Vision and Pattern Recognition, Sensory Systems, Ophthalmology, Experimental and Cognitive Psychology
title Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_full Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_fullStr Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_full_unstemmed Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_short Single-object consistency facilitates multisensory pair learning: Evidence for unitization
title_sort single-object consistency facilitates multisensory pair learning: evidence for unitization
title_unstemmed Single-object consistency facilitates multisensory pair learning: Evidence for unitization
topic Cognitive Neuroscience, Computer Vision and Pattern Recognition, Sensory Systems, Ophthalmology, Experimental and Cognitive Psychology
url http://dx.doi.org/10.1163/187847612x646343