Face Processing Flashcards

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1
Q

What are four reasons why we study faces?

A
  1. available and rich source of information
  2. developmental disabilities
  3. insight into agents that drive social behavior
  4. important to humans
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2
Q

What happened with the woman who had visual prosopagnosia in the video shown in class?

A

she was unable to recognize faces after her brain injury

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3
Q

Tottenham et al.’s study showed that:
Humans have a better perception for (faces/houses) than (faces/houses).

A

faces; houses

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4
Q

True or False:
Face processing isn’t important to the human experience.

A

False
Humans learn a lot of information about others from their face.

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5
Q

What is the Fusiform Face Area (FFA)?

A

an area in the brain (the ventral occipitotemporal cortex) that is thought to light up when humans see faces

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6
Q

What is the Parahippocampal Place Area?

A

an area in the brain (the parahippocampal gyrus) that is thought to light up when humans see houses

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7
Q

What is the modular view on the organization of the brain?

A

The brain is mapped in a way where every stimulus (faces, specific objects, etc.) has its own area in the brain

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8
Q

The modular view on brain organization supports a ____ theory.

A

nativist

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9
Q

What did Bowlby’s study suggest about why infants prefer to look at faces?

A

infants show a visual preference for faces vs. non-faces because it wants to recognize their caregiver

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10
Q

True or False:
Infants prefer faces over non-faces.

A

False
Infants do not necessarily prefer face-like stimuli because of “facedness,” but because of higher spatial frequency in the arrangement of perceptual elements in visual stimuli within face-like images

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11
Q

True or False:
The preference for face-like stimuli increases linearly from birth.

A

False
Declines from 1-4 months of age
Rebounds from 3-5 months of age

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12
Q

What experiment explained why the preference for face-like stimuli rebounded at around 3-5 months?

A

Sticky Mittens experiment

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13
Q

What did the Sticky Mittens experiment show about infants’ preference to face-like stimuli?

A
  • by 5 months, children are able to recognize that they are able to do something by themselves and now realize that others are also self-directed agents
  • look back at their caregiver and realize that they, too, are also self-directed
  • realization of the human experience
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14
Q

The outcomes of the Sticky Mittens experiment shows support for the ____ theory of development.

A

dynamic systems

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15
Q

How do the concepts of acquired distinctiveness and acquired similarity apply to face processing?

A
  • face processing is an experience expectant process of recognizing all faces
  • this eventually narrows down to only being able to differentiate human faces
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16
Q

____-month old infants are able to differentiate between primate faces, but they lose this ability at ____-months old.

A

6; 9

17
Q

What did the other-species effect between adults, 9 month olds, and 6 month olds show?

A
  • adults and 9 month olds looked longer at novel human faces, but looked equally long at monkey novel and familiar faces
  • 6 month olds showed novelty preferences in both the human and monkey conditions
18
Q

What does the own-race bias show?

A

people are better able to differentiate faces of their own race than of other races

19
Q

What did the FFA experiment with cars and birds show?

A
  • car experts’ FFA lit up when shown cars, but not birds
  • bird experts’ FFA lit up when shown birds, but not cars
  • both groups’ FFA lit up when shown faces
20
Q

Why did both groups’ FFA light up when shown faces?

A

all humans are face experts

21
Q

True or False:
The FFA is only active when processing faces.

A

False
It is active for anything you’re an expert at

22
Q

What did the Greeble experiment show?

A
  • subjects randomly assigned to become an expert of Greebles
  • FFA lit up once they become an expert of Greebles, compared to those who had never seen Greebles before
23
Q

Face processing skills (increase/decrease) with age and experience.

A

increase