Attention Part 2 Flashcards

1
Q

when someone ignores one half of their visual field due to brain damage

A

Spatial neglect

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2
Q

If you and a friend are at the zoo, and your friend has ____, they won’t notice anything on one side (like the left side) of their view, even if it’s right in front of them.

Cause: This happens because of damage to specific parts of the brain, usually the right parietal or frontal lobe.

A

spatial neglect

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3
Q

Drawing Test: If asked to copy pictures, patients might only draw one side, showing they don’t see or focus on the other side.

A

spatial neglect

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4
Q

Extinction: When both sides of the visual field have stimuli, people with ___ may ignore the side opposite their brain lesion. They might still notice single-side stimuli but have trouble shifting their attention between the two sides

A

spatial neglect

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5
Q

Testing: To test for ___, patients might be asked to draw lines on a page. Those with right hemisphere damage might draw the lines to the right side of the page, missing the left side, and those with left hemisphere damage might do the opposite.

A

spatial neglect

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6
Q

Memory: This issue can also affect memory. For example, patients might describe only one side of a familiar place, even though they know it well from different angles.

A

spatial neglect

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7
Q

Brain Areas: Recent studies suggest that ___ is linked to parts of the brain such as the posterior superior temporal gyrus, insula, basal ganglia, and the superior longitudinal fasciculus in the parietal lobe.

A

spatial neglect

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8
Q

involves our becoming accustomed to a stimulus so that we gradually pay less and less attention to it.

A

Habituation

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9
Q

We can exert some conscious control over ___, unlike sensory adaptation, which occurs in the sense organs and is beyond our control.

A

habituation

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9
Q

a change in a familiar stimulus prompts us to start noticing the stimulus again

A

Dishabituation

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10
Q

is a lessening of attention to a stimulus that is not subject to conscious control. Occurs directly in sense organ not in the brain.

A

Sensory adaptation

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11
Q

Stimuli with more variation (e.g., changing music) are harder to habituate to than constant stimuli (e.g., a fan’s hum).

A

Internal Variation

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12
Q

The level of physiological excitement or readiness for action can influence habituation

A

Subjective Arousal

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13
Q

a degree of physiological excitation, responsivity, and readiness for action, relative to a baseline

A

Arousal

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14
Q

often is measured in terms of heart rate, blood pressure, electroencephalograph (EEG) patterns, and other physiological signs.

A

Arousal

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15
Q

___ allows us to ignore repetitive, non-threatening stimuli in our environment, enabling us to focus on more important tasks.

A

Habituation

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16
Q

Without ___, we would be overwhelmed by the sheer volume of sensory information we encounter daily. By becoming accustomed to familiar stimuli, we prevent sensory overload, which could otherwise lead to stress, anxiety, and difficulty functioning in busy environments.

A

habituation

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17
Q

___ allows us to quickly detect changes in our environment that might signal danger or require our attention. For example, while we might ignore the usual traffic noise, the sudden sound of screeching brakes would immediately catch our attention, prompting us to respond appropriately.

A

Habituation

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18
Q

___ helps us sleep in environments with consistent background noises, like living near a busy street or airport. Over time, we get used to these sounds and can sleep soundly without being disturbed.

A

Habituation

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19
Q

____ also plays a role in emotional regulation. By becoming accustomed to certain emotional stimuli or recurring social situations, we can manage our emotional reactions more effectively, maintaining calm and composure in familiar contexts.

A

Habituation

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20
Q

___ helps us adapt to new environments by allowing us to gradually become comfortable with unfamiliar stimuli. This is essential for learning, as it frees up cognitive resources to focus on new information once we’ve adjusted to the surroundings.

A

Habituation

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21
Q

___ can reduce anxiety by helping us become less sensitive to stressors over time. For example, a person who is initially anxious about public speaking may habituate to the experience after repeated exposure, leading to reduced anxiety in future situations.

A

Habituation

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22
Q

performing without using concious awareness. Demand little or no effort of attention.

A

Automatic processes

23
Q

Multiple automatic processes can happen simultaneously or in rapid succession without a specific order.

A

Parallel Processes

24
You can read a book or article while occasionally sipping coffee. The action of drinking the coffee is ___ and doesn’t interrupt your reading.
automatic
25
Action involve with concious awareness
controlled processes
26
Three attributes characterize automatic processes
they are concealed from consciousness they are unintentional they consume few attentional resources.
27
start off as controlled processes eventually become automatic
automatization
28
____ occurs because we gradually accumulate knowledge about specific responses to specific stimuli. For example when some starts playing an instrument
automatization
29
____ can be lifesaving, especially in high-risk jobs like piloting or firefighting. By practicing safety procedures until they become automatic, people can react quickly in emergencies. However, ____ can also lead to mistakes, like when a pilot mindlessly follows a checklist and misses a crucial step, which can have serious consequences.
automatic processes
30
A driver who has been on a familiar route for years might automatically follow their usual path without consciously checking if it’s still appropriate. This could lead to accidents if they miss new road signs or changes in traffic conditions.
automatization
31
Occur when there's an error in planning or deciding the goal. For instance, if you decide not to study and leave your textbook behind, it's a mistake in goal setting.
Mistakes
32
Happen during the execution of a task when automatic processes interfere. For example, if you meant to bring your textbook but accidentally leave it behind, it's a slip in the execution process.
Slips
33
___ are more likely when routine processes interfere with intentional actions. For example, automatic typing might be disrupted if you're distracted by thoughts.
Slips
34
External (e.g., distractions) or internal (e.g., intrusive thoughts) interruptions can lead to ___?
slips
35
People are usually unaware of basic mental processes, like recognizing whether a letter is uppercase or lowercase.
Simple Processes
36
There are two main views on how conscious we are of complex mental processes
Complex Processes
37
People have good____ to complex processes. For example, protocol analysis of problem-solving tasks (like chess or cryptarithmetic problems) suggests people are aware of their thinking processes.
conscious access
38
In chess According to this view, the player is consciously aware of the steps and strategies they use to evaluate the board and make decisions. They can articulate their thought process, such as considering potential moves and counter-moves, and explaining why they chose a specific strategy. This is supported by studies like protocol analysis, where players' verbal descriptions of their thought processes are examined to understand their decision-making.
complex processes
39
According to this view, the person might believe they made the decision based on specific features or attributes, but their actual thought process is less clear. They may not fully understand or be able to articulate all the factors influencing their decision. This view suggests that while they are aware of the decision’s outcome (which model they bought), their understanding of how they arrived at that decision is often flawed or incomplete. Advertisers take advantage of this by shaping unconscious preferences to influence purchasing decisions, despite the individual's conscious justifications
complex mental processes
40
___ includes stored memories that we are not using at a given time but that we could summon when needed.
Information
41
a psychological phenomenon used to study how stimuli affect our perceptions, even when we're not consciously aware of them.
Priming
42
A participant first sees a "prime" stimulus. After a break, they are shown a second stimulus and asked to make a judgment (e.g., are both stimuli the same?). This helps determine if the first stimulus influenced their perception of the second.
Priming Process
43
The first stimulus can make related concepts more accessible. For instance, if you hear a conversation about "satellite dishes," you'll more readily think of "satellite dish" when you later see the word "dish."
Positive Priming
44
Sometimes, the first stimulus can hinder recognition of the second. For example, solving problems with a specific formula might make it harder to solve a different problem requiring a new formula.
Negative Priming
45
can occur even if the first stimulus is presented too briefly for conscious awareness. For instance, if you see the word "palm" too quickly to consciously register, both meanings (tree and body part) might be activated and influence your subsequent responses.
Preconscious Priming
46
conducted an experiment where participants were shown the word "palm" very briefly. The word "palm" can mean both a type of tree and a part of the hand. After this brief exposure, participants were asked to classify a subsequent word, like "wrist" (related to "palm" as a body part) or "coconut" (related to "palm" as a tree). Those who consciously saw the word "palm" could more quickly classify "wrist" if they associated "palm" with the body part. However, if "palm" was presented too briefly to be consciously noticed, both meanings of "palm" were activated, affecting their responses.
Marcel's Study
47
participants were shown pairs of three-word groups. For instance, one group might include "playing," "credit," and "report," which are related to "card" (playing card, credit card, report card). Another group might include "still," "pages," and "music," which are unrelated. Participants had to identify which group was coherent. Even if they couldn't consciously figure out the unifying fourth word, they could still identify the coherent group more accurately than chance, showing preconscious processing.
Dyad of Triads Task
48
participants listen to a list of words while under anesthesia. After waking up, they are tested with tasks like word-stem completion (e.g., "sto__"). Even though participants don’t consciously remember the words heard while anesthetized, they are more likely to complete the stem with words from the list they heard, such as "store," indicating priming effects.
Auditory Priming
49
occurs when you know a word is stored in your memory but cannot quite retrieve it at the moment.
tip-of-the-tongue phenomenon
50
In a classic study (Brown & McNeill, 1966), participants heard definitions and tried to guess the corresponding words. They might remember details like the first letter or syllables, but not the full word.
tip-of-the-tongue phenomenon
51
happens across different languages and is more common in bilinguals and older adults. Bilinguals might experience it more because they use each language less frequently. Older adults experience it more often compared to younger adults.
tip-of-the-tongue phenomenon
52
The anterior cingulate and prefrontal cortices are active during this experience, as these brain areas work on resolving the difficulty in retrieving the word.
tip-of-the-tongue phenomenon
53
Individuals with damage to parts of their visual cortex may experience ___?
blindsight
54
means they have some visual abilities in areas of their visual field where they are otherwise blind. They can guess object locations and orientations correctly even though they claim not to see them.
blindsight
55
Case Study of D.B.: A patient named D.B. was blind on the left side of his visual field after surgery. Despite reporting no awareness of objects on this side, he performed better than chance on tests involving objects presented there, demonstrating that some visual processing occurred without conscious awareness.
blindsight
56
-___ occurs because visual information bypasses damaged parts of the visual cortex and is processed by other brain areas. This information remains preconscious but can influence behavior and responses.
Blindsight