Grit Herzmann
Biographic Data
| ID | 2752030 |
|---|---|
| NAME | Grit Herzmann |
| GIVEN NAMES | Grit |
| FAMILY NAME | Herzmann |
| SIGNATURE | HERZMANN G |
| AFFILIATIONS | Humboldt-Universität zu Berlin |
| ORCID | 0000-0001-9351-4745 |
| VERIFIED | Yes |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 7 |
| AUTHOR COUNT | 3 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2010 |
| LATEST PUBLICATION YEAR | 2022 |
| H-INDEX | 2 |
More elaborate processing of own-race faces and less elaborate processing of other-race faces contribute to the other-race effect in face memory
Research suggests that own-race faces are naturally memorized in a more elaborate (e.g., many features of a face or the whole face) way, whereas other-race faces are memorized in a less elaborate (e.g., only selected features of the face) manner. Here, we tested if instructions for judgements about the whole face and a single facial feature modulated the other-race effect in face memory. White participants performed whole-face and single-feature …
Multiple contributions to priming effects for familiar faces
The model of face recognition by Bruce and Young postulates a pool of structural representations for familiar faces in long-term memory, so-called face recognition units (FRUs). Event-related brain potentials show early repetition priming effects for familiar faces around 250-300 ms [N250r or early repetition effect (ERE)], which are thought to reflect the activation of these FRUs. However, small N250r effects are also seen for unfamiliar faces s…
Individual differences in perceiving and recognizing faces—One element of social cognition
Recognizing faces swiftly and accurately is of paramount importance to humans as a social species. Individual differences in the ability to perform these tasks may therefore reflect important aspects of social or emotional intelligence. Although functional models of face cognition based on group and single case studies postulate multiple component processes, little is known about the ability structure underlying individual differences in face cog…
Individual differences in perceiving and recognizing faces—One element of social cognition
Recognizing faces swiftly and accurately is of paramount importance to humans as a social species. Individual differences in the ability to perform these tasks may therefore reflect important aspects of social or emotional intelligence. Although functional models of face cognition based on group and single case studies postulate multiple component processes, little is known about the ability structure underlying individual differences in face cog…
Multiple contributions to priming effects for familiar faces
The model of face recognition by Bruce and Young postulates a pool of structural representations for familiar faces in long-term memory, so-called face recognition units (FRUs). Event-related brain potentials show early repetition priming effects for familiar faces around 250-300 ms [N250r or early repetition effect (ERE)], which are thought to reflect the activation of these FRUs. However, small N250r effects are also seen for unfamiliar faces s…
More elaborate processing of own-race faces and less elaborate processing of other-race faces contribute to the other-race effect in face memory
Research suggests that own-race faces are naturally memorized in a more elaborate (e.g., many features of a face or the whole face) way, whereas other-race faces are memorized in a less elaborate (e.g., only selected features of the face) manner. Here, we tested if instructions for judgements about the whole face and a single facial feature modulated the other-race effect in face memory. White participants performed whole-face and single-feature …
Individual differences in perceiving and recognizing faces—One element of social cognition
Recognizing faces swiftly and accurately is of paramount importance to humans as a social species. Individual differences in the ability to perform these tasks may therefore reflect important aspects of social or emotional intelligence. Although functional models of face cognition based on group and single case studies postulate multiple component processes, little is known about the ability structure underlying individual differences in face cog…
Multiple contributions to priming effects for familiar faces
The model of face recognition by Bruce and Young postulates a pool of structural representations for familiar faces in long-term memory, so-called face recognition units (FRUs). Event-related brain potentials show early repetition priming effects for familiar faces around 250-300 ms [N250r or early repetition effect (ERE)], which are thought to reflect the activation of these FRUs. However, small N250r effects are also seen for unfamiliar faces s…
More elaborate processing of own-race faces and less elaborate processing of other-race faces contribute to the other-race effect in face memory
Research suggests that own-race faces are naturally memorized in a more elaborate (e.g., many features of a face or the whole face) way, whereas other-race faces are memorized in a less elaborate (e.g., only selected features of the face) manner. Here, we tested if instructions for judgements about the whole face and a single facial feature modulated the other-race effect in face memory. White participants performed whole-face and single-feature …
Cognition (3 works) · Cognitive psychology (3 works) · Face (sociological concept) (3 works) · Face perception (3 works) · Face Recognition and Perception (3 works) · Neuroscience (3 works) · Perception (3 works) · Psychology (3 works) · Linguistics (2 works) · Memory Processes and Influences (2 works)