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The cross race effect has a morphological basis: The facial appearance is morphologically different for different ethnic backgrounds. This has been established empirically, [35] wherein a large set of 3D scans of faces from different ethnic backgrounds was automatically clustered into groups. Only facial landmark distances were used in this ...
This is a bias or tendency for people to be more familiar with a face of the same race compared to members of another race. This is characterized by people performing poorly on face recognition tests with other-race faces. This phenomenon is rooted in differences in face recognition and memory processing of same-race and other race faces.
Prosopagnosia, [2] also known as face blindness, [3] is a cognitive disorder of face perception in which the ability to recognize familiar faces, including one's own face (self-recognition), is impaired, while other aspects of visual processing (e.g., object discrimination) and intellectual functioning (e.g., decision-making) remain intact.
Physiognomy (from Greek φύσις (physis) 'nature' and γνώμων (gnomon) 'judge, interpreter') or face reading is the practice of assessing a person's character or personality from their outer appearance—especially the face.
A cultural effect on the perception of facial expression is observed across different groups, emotions such as startled and sneers in a Western Caucasian context are expressed generally across the face are instead interpreted as surprise and anger by Asian participants due to a stronger focus on eyes when assessing emotional expression. [42]
In many of the resulting photos of South America, made with the deep-learning model from the open source AI-art generator Stable Diffusion, Asian faces and Asian architecture would randomly appear ...
Prosopamnesia (Greek: προσωπον = "face", αμνησια = forgetfulness) is a selective neurological impairment in the ability to learn new faces. There is a special neural circuit for the processing of faces as opposed to other non-face objects.
Studies using electrophysiological techniques have demonstrated gender-related differences during a face recognition memory task and a facial affect identification task. [96] In facial perception there was no association to estimated intelligence, suggesting that face recognition in women is unrelated to several basic cognitive processes. [97]