Lecture 1 - Introduction to Language and Memory Flashcards
What is cognitive psychology?
Cognitive psychology is the scientific study of how people think and process information, including attention, decision-making, language and memory
Why is studying language important?
- Language is unique to humans/makes us human: complex and powerful
- Language is essential for social interaction, cooperation, sharing abstract ideas, science, and culture
What are the key questions in language research?
- How do we develop language?
- How can we communicate effectively?
- How do we acquire concepts/categories?
- How can we support communication difficulties?
Why is studying memory important?
- Memory all knowledge and skills (e.g., riding a bike)
- Memory shapes our identity and self
- Memory enables communication and following instructions
What are the key questions in memory research?
- What helps us remember?
- How do we (or fail to) do mental arithmetic?
- Why do we forget?
- How does memory dysfunction affect people?
What is the effect of language structure on working memory?
- Right-branching (RB) languages (e.g. Italian): Head of the sentence comes first, information is processed incrementally
- Left-branching (LB) languages (e.g. Japanese): Modifiers come first, more ambiguity, requires storing information longer
What did Amici et al. (2019) find about branching language types?
Left-branching (LB) speakers performed better on memory tasks involving initial information. Sentence structure may train working memory differently across languages
What did Roediger and Karpicke (2006) find about testing vs. studying?
- Repeated testing improves long-term recall more than repeated studying
- Recall was 50% higher in repeated test condition
- Testing is more effective but feels harder, leading to poor metacognitive awareness
Why do students prefer studying to testing?
- Studying gives short-term gains
- Testing feels harder and is less appealing
- Students overestimate recall from studying and underestimate benefits of testing
What is the Generation Effect
- Learning is stronger when you actively generate information rather than passively read it
- Encourages deeper cognitive processing
What did Slamecka & Graf (1978) find about the generation effect?
- Participants recalled more when generating information than when reading it
- Active production led to stronger memory across trials