Chapter 65-66 Flashcards

1
Q

What is naive physics?

A

Our commonsense understanding of how the world will behave

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2
Q

When do children start getting expectations of how the world will behave?

A

A couple months after birth

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3
Q

What do Spelk et al. argue about how infants learn physical concepts?

A

They are born with innate knowledge of some basic principles, which helps them learn more advanced concepts

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4
Q

What are the three elements that make up our core knowledge of object representation?

A
  • Cohesion: objects move as one connected unit
  • Continuity: objects move along one connected path over time
  • Contact: objects must touch in order to influence motion on one another
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5
Q

What types of physical principles do infants fail to recognize, and thus must learn through experience?

A

Principles such as gravity and inertia

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6
Q

How do Baillageron et al. propose infants expand their physical knowledge?

A

They engage in hypothesis-testing on objects which violate their current expectations. They learn new event categories (collision, containment) and variables (size, shape) and the relationship between them.

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7
Q

Adults tend to expect a ball exiting a curved tube to follow a ______ path, but also believe a ____ path to be more natural when viewing it

A
  • curved

- straight

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8
Q

The fact that adults still make errors in inferring weights, trajectories, etc. indicates ______

A

Physical knowledge is acquired in an event-specific fashion

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9
Q

Studies find that it is easier for adults to infer physical properties when they ______, rather than ______

A
  • make inferences using action (placing a bucket in the right place to catch a ball, etc.)
  • describing their expectations
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10
Q

What is mental simulation

A

Playing out the outcome of a situation regarding physical dynamics mentally

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11
Q

What are the two ways humans might employ physical reasoning?

A
  • Mental simulation

- Rule-based prediction

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12
Q

Where does current scientific evidence suggest naive physics takes place in the brain?

A
  • Frontal cortex

- Parietal cortex

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13
Q

The brain regions used for physical inference appear to overlap with those used for ______

A

Action planning and tool use

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14
Q

What is apraxia?

A

Impairments following brain damage that affect the ability to perform meaningful gestures and execute the appropriate actions for particular tools

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15
Q

Why might the same brain regions be used for naive physics and action planning?

A

Action planning inherently requires physical prediction

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16
Q

The premotor cortex encodes _____ and the aIPS encodes _____

A
  • object mass

- visual and somatosensory information about object size, shape, and orientation

17
Q

What is motor simulation theory?

A

Imagining oneself acting is required to understand information in domains such as object recognition, language processing, and action understanding

18
Q

The _____ may play a complementary role in physical prediction by _____

A
  • Ventral temporal cortex

- Computing the object and scene attributes that form the basis for predictions

19
Q

In humans and monkeys, information about objects’ material properties is encoded in the _____

A

Ventral visual pathway

20
Q

Physical cognition may have a mutually inhibitory relationship with _____

A

Social cognition

21
Q

Object-knowledge representations are found in ______

A
  • Temporal cortex
  • Frontal cortex
  • Parietal cortex
22
Q

For object representations in the VOTC, the medFG/PHG shows stronger sensitivity to _____, the lateral-posterior fusiform gyrus prefers _____, and the lateral occipitotemporal cortex prefers _____

A
  • places and large objects
  • animals
  • tools
23
Q

What are three notions associated with domain distribution in the VOTC

A
  • Bottom-up visual property account
  • Amodal domain-specific property account
  • Connectivity-constraint account
24
Q

Results are most consistent with the ____ account for domain distribution in the VOTC

A

Connectivity-constraint

25
Q

What does none of the accounts explain?

A

How some domains (places/tools) are still preferentially activated by sound/touch and some aren’t (animals)

26
Q

What is a potential explanation for why come domains only repsond to visual cues?

A

The different target systems have different relationships with the visual system