AbstractWhen complementary halves of different familiar faces are combined into a new face, there is interference in the identification of either half. This “composite face effect” has been taken as strong evidence that faces are processed holistically. Here, we demonstrate that this effect can persist when the two parts of a face are separated by up to 80ms of visual noise, showing that the parts of a face interact not only spatially but also temporally. We suggest that the processing underlying robust identification accepts an accumulation of evidence over time
Face perception is thought to result from the dynamic interplay between holistic and featural modes ...
Several sequential matching composite face paradigms are used to assess “holistic processing ” of fa...
Identifying a facial feature (e.g. the eyes) is influenced by the position and identity of other fea...
AbstractWhen complementary halves of different familiar faces are combined into a new face, there is...
We examined whether temporal integration of face parts reflects holistic processing or response inte...
AbstractA large body of research supports the hypothesis that the human visual system does not proce...
A large body of research supports the hypothesis that the human visual system does not process a fac...
People tend to perceive identical top halves (i.e. above the nose) of two face stimuli as being diff...
AbstractHolistic processing (HP) of faces can be inferred from failure to selectively attend to part...
People tend to perceive identical top halves (i.e. above the nose) of two face stimuli as being diff...
We examined whether holistic processing, a hallmark of face perception, took place at an early stage...
People tend to perceive identical top halves (i.e., above the nose) of two face stimuli as being dif...
There is increasing evidence that shape and texture are integral parts of face identity. However, it...
Some theories of holistic face processing propose that parts in faces (eyes, nose, mouth, etc.) are ...
It is well known that faces are perceived holistically: their parts are integrated into a global or ...
Face perception is thought to result from the dynamic interplay between holistic and featural modes ...
Several sequential matching composite face paradigms are used to assess “holistic processing ” of fa...
Identifying a facial feature (e.g. the eyes) is influenced by the position and identity of other fea...
AbstractWhen complementary halves of different familiar faces are combined into a new face, there is...
We examined whether temporal integration of face parts reflects holistic processing or response inte...
AbstractA large body of research supports the hypothesis that the human visual system does not proce...
A large body of research supports the hypothesis that the human visual system does not process a fac...
People tend to perceive identical top halves (i.e. above the nose) of two face stimuli as being diff...
AbstractHolistic processing (HP) of faces can be inferred from failure to selectively attend to part...
People tend to perceive identical top halves (i.e. above the nose) of two face stimuli as being diff...
We examined whether holistic processing, a hallmark of face perception, took place at an early stage...
People tend to perceive identical top halves (i.e., above the nose) of two face stimuli as being dif...
There is increasing evidence that shape and texture are integral parts of face identity. However, it...
Some theories of holistic face processing propose that parts in faces (eyes, nose, mouth, etc.) are ...
It is well known that faces are perceived holistically: their parts are integrated into a global or ...
Face perception is thought to result from the dynamic interplay between holistic and featural modes ...
Several sequential matching composite face paradigms are used to assess “holistic processing ” of fa...
Identifying a facial feature (e.g. the eyes) is influenced by the position and identity of other fea...