week 4 - social brain Flashcards

(43 cards)

1
Q

What is Theory of Mind (ToM)?

A

ToM is the cognitive ability to understand that others have their own thoughts, feelings, and beliefs, which may differ from one’s own.
It helps us predict and interpret others’ actions based on their mental states.

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2
Q

At what age do children typically pass the False Belief Task?

A

Around age 4, children begin to understand false beliefs — they recognize that others can hold beliefs that are not true.
At age 3, most children fail this task.

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3
Q

What is the classic False Belief Task?

A

Sally places a marble in a basket and leaves.

Anne moves the marble to a box.

When asked where Sally will look for the marble:

3-year-olds often say box (where it really is).

4-year-olds say basket (where Sally thinks it is).
This shows development of ToM around age 4.

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4
Q

an toddlers show early signs of ToM?

A

Yes. Research shows that children under 4 may have some understanding of others’ intentions and goals.

Warneken & Tomasello (2006) found that 18-month-old infants help adults in simple tasks, indicating an understanding of others’ needs.

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5
Q

What does the Warneken & Tomasello (2006) study show?

A

Altruistic helping in human infants and young chimpanzees

18-month-old babies helped adults (e.g., picking up dropped objects).

Suggests early altruism and a basic ToM — infants understand others’ goals and act on them.

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6
Q

What is “Inferring Goal-Directed Behavior”?

A

It’s the ability to understand that others’ actions are purposeful and directed toward achieving goals.

Even infants can use context to decide whether a behavior is intentional or forced by circumstances.

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7
Q

What did Gergely, Bekkering & Király (2002) study show?

A

Study: Imitation in 14-month-olds

Finding: Babies copied strange actions (e.g., turning on a light with the head) more often when they seemed voluntary than when they were necessary.

Conclusion: Infants infer goals and intentions behind actions.

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8
Q

What was the “hands under blanket vs. hands free” experiment?

A

Hands Free: Adult used head to turn on a light, even though hands were free → Infants copied it (thought it was intentional).

Hands Occupied: Adult’s hands were under a blanket → infants understood this was necessary and didn’t copy.
Shows infants infer intention based on context.

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9
Q

How does experience influence goal understanding? (De Klerk et al., 2015)

A

Infants’ own motor experience influences how they interpret others’ actions.

More experience with a task = better ability to understand and imitate goal-directed behavior in others.

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10
Q

What is the “Social Brain”?

A

The network of brain regions involved in understanding, interpreting, and predicting social behavior, including others’ thoughts, intentions, and feelings.
(Reference: Kennedy & Adolphs, 2012)

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11
Q

What is the role of the medial Prefrontal Cortex (mPFC)?

A

mentalizing and self

Key functions:

Thinking about yourself

Thinking about others’ mental states

Understanding communicative intentions

Reflecting on what you know about someone else

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12
Q

What does the Temporal-Parietal Junction (TPJ) do?

A

“MENTALIZING”

Helps interpret behaviors in terms of:

Intentions

Needs

Desires

Beliefs
emotions

crucial for inferring what others are thinking

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13
Q

What is the function of the Posterior Superior Temporal Sulcus (pSTS)?

A

Specializes in interpreting social gestures and signals

important for:

Perception of biological motion

Eye gaze interpretation (What can someone see? What do they want?)

Understanding if behavior is goal-directed

Possibly decoding complex social cues

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14
Q

What role does the Anterior Temporal Cortex (ATC) play?

A

IINTERPRETTING SOCIAL NARRATIVE nvolved in semantic social knowledge

Processes social scripts and narratives

Stores long-term memory about social situations

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15
Q

MIRROR NEURONS

A

Neurons that fire both when a person performs an action and when they observe someone else performing the same action.

Discovered via single-cell recordings in monkeys

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16
Q

How do Mirror Neurons support learning?

A

Understand intentions behind others’ actions

Learn by imitation

Empathize and socially connect
They may support early social cognition.

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17
Q

What is single-cell recording?

A

An invasive technique that measures action potentials (spikes per second) from individual neurons in response to a stimulus.
Used to discover mirror neurons.

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18
Q

Is social learning limited to mirror neurons?

A

No — while mirror neurons are important, social cognition involves multiple brain systems including those for mentalizing, attention, and emotion processing.

19
Q

How is imitation useful in learning?

A

efficient way to acquire new skills

Helps infants and children quickly learn complex behaviors by copying others

It’s foundational in language and cultural learning

20
Q

What is prediction error in social learning?

A

When observing others, we make predictions about what will happen.

If reality doesn’t match, we experience a prediction error — this helps us adjust expectations and learn from mistakes, even if they’re not our own.

21
Q

What makes adolescence a special developmental period?

A

hormonal changes from puberty

Specialization of higher-order cognitive and social networks

Major changes in growth, sleep, metabolism, and social/school contexts

Period of increased risk-taking, status-seeking, and identity exploration

22
Q

What are the learning-related changes in adolescence?

A

Shift to exploratory learning

More responsive to feedback

High sensitivity to social learning and peer evaluation
(Andrews, Ahmed & Blakemore, 2021; Dahl et al., 2019)

23
Q

Is adolescence only about risks?

A

No — adolescence presents opportunities for:

Positive social change

Increased learning capacity

Developing independence and a sense of purpose

24
Q

What happens to the social brain during adolescence?

A

(Mills et al., 2014)

Grey Matter Volume (GMV) peaks in late childhood or early adolescence, then declines (pruning)

Brain regions involved in social cognition undergo structural and functional changes

25
How does peer influence affect adolescents?
greater sensitivity to peer presence Risk-taking increases when with peers (Chein et al., 2011) Peer norms can guide prosocial as well as antisocial behavior (Van Hoorn et al., 2017)
26
Why is the adolescent brain considered "plastic"?
High neural plasticity = strong capacity for learning and change More sensitive to rewards and social/emotional information Education and intervention strategies can leverage this plasticity
27
What does research say about using peer influence positively?
Paluck et al. (2016): Anti-bullying programs that use peer influence can effectively change school norms Adolescents can be agents of positive social change
28
Why is a sense of belonging important in learning?
It supports emotional safety, boosts motivation and engagement, and improves learning outcomes.
29
How should teachers address students' emotional and social needs?
By creating a supportive, inclusive environment where students feel safe to express themselves and take risks.
29
What effect does feeling included have on students?
It increases motivation, engagement, and helps them perform better academically.
30
Why are mistakes important in learning?
Making mistakes is essential for learning—they help the brain adjust and improve understanding.
31
How can learning be made more engaging?
By making content social and interactive, and using storytelling to create emotional and cognitive connections.
32
What should teachers align their teaching goals with?
The brain’s natural priorities—such as emotional relevance, social interaction, and narrative structure.
33
What does research show about teacher-student brain activity during lectures?
Their brains can become coupled (synchronized), and this coupling predicts how well students learn.
34
Which brain areas are involved in this coupling?
The posterior medial cortex (linked to learning outcomes) and superior parietal lobe (suggests subject-specific activity).
35
What does this brain research suggest about teaching?
That learning is a deeply social and emotional process teachers should foster connection and emotional safety..
36
In summary, what boosts learning most effectively?
Emotional safety, a sense of belonging, strong social connections, and brain-aligned teaching strategies.
37
What is the research question of Peters & Crone (2017)?
Do adolescents show increased striatal activity during learning, and does this neural activity support better learning outcomes?
38
Why is this research relevant?
Adolescence is a time of increased learning ability and sensitivity to rewards Understanding the neural mechanisms (especially the striatal system) helps explain why adolescents learn differently than children or adults Can inform educational strategies and mental health interventions
39
How was the research conducted?
fMRI study comparing adolescents and adults during a probabilistic learning task Measured brain activity, especially in the striatum, during learning from feedback Assessed how brain responses correlated with learning performance
40
What were the results?
Adolescents showed greater striatal activation compared to adults Increased activity in the striatum was linked to better learning from feedback Suggests adolescents are more sensitive to reward signals, aiding learning
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