Hacking memory Flashcards

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1
Q

What does Putnam et al. (2016) say about laptops

A

recommended not using laptop = remember things better

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2
Q

What is the research supporting Putnam et al. (2016)

A

Students multitasking on a laptop during class learn less = 11% in one study. May also affect comprehension of students near you
Sana, Weston and Cepeda (2013)

Taking notes on a laptop = faster, encourages verbatim
notes than summary = reduce depth of processing (Mueller & Oppenheimer (2014)

BUT less clear cut in replication + mini meta-analysis Urry et al. (2021)

+ ways to use a laptop well – blog by a student who has dysgraphia, Martin Winter

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3
Q

What is note-taking for?

A

Promote deep + elaborative encoding of the material

Provide external storage of info in the lecture, not in the slides

Processing + adding this surrounding material = help elaborative encoding

Good notes can also support later study and revision

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4
Q

What is elaboration?

A

Actively relating incoming material to existing knowledge = Usually implies a deliberate strategy

Elaborative interrogation = Generating an explanation for why
an explicitly stated fact or concept is true = less chunky than keyword

Self-explanation = Explaining how new information is related
to known information, or explaining steps taken during
problem solving

Keyword mnemonic = Using keywords and mental imagery to
associate verbal materials

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5
Q

What is keyword mnemonic?

A

Richmond et al. (2011)

How to learn the word hippocampus
Keyword mnemonic: hippo + campus
A hippo visits her old Uni campus, this brings back lots of memories

Helped higher-order thinking + recall on MCQ by Psych students

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6
Q

What does Dunlosky et al show about elaborative interrogation?

A

Elaboration depends on prior knowledge
van Kestern et al. (2013) = fMRI study of schema effects on learning at Uni = hippocampus + medialPrefrontal Cortex

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7
Q

Explain schemas in education - van Kesteren et al. (2018)

A

Model of generalisation of learning
Encoded new picture-word pairs (AB) + test pairs (AB), encode new pair (AC) where relatedness of B to C varies
Recognise C, cued recall B-C, recognise A

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8
Q

What were the results of Schemas in education: van Kesteren et al. (2018)?

A

Associative memory for the inferred B-C pairing was better when = schema-congruent + subjective reactivation of the B picture during A-C learning was stronger

People’s judgements of what they would remember (metamemory) depended on reactivation but not schemas

Partially accurate but people underestimated the importance of prior knowledge

Replicated in 2 experiments w/ students using materials based on courses = helps with generalisations (marsh and sink, 2009: slides)

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9
Q

What are the limits of improving encoding?

A

Keyword mnemonic = work + needs suitable material – as do other elaboration strategies

Elaborative interrogation effects are often larger w/ =
precise elaborations, higher prior knowledge + self-generated
(Dunlosky et al., 2013)

In line with distinctiveness* effects on encoding = imagery + schemas think it is fundamental

BUT surprisingly (to many in 2013) not very effective for long-term learning

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10
Q

Can memory cues help?

A

Elaboration while studying can add to the potential cues to retrieve something

You also generate your own cues when studying

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11
Q

What are self-generated cues?

A

Tullis & Finley (2018)
Cues = connect w/ your personal knowledge + cognitive context, e.g. sport – or not!

Likely to overlap more than other people’s cues w/ your
personal cognitive context at retrieval

On the transfer-appropriate processing principle, you will remember the material better

Ma also enhance the testing effect
* And: self-generated cues may be more diagnostic*, i.e., point
to fewer potential targets in memory = form of distinctiveness

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12
Q

What does Roedier and Karpicke (2006) show?

A

Memory for ‘ideas units’ in prose passages
* How much less forgetting at 1 week with testing?
* 10% forgetting (STTT) instead of 52% (SSSS)

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13
Q

What does Thomas et al. (2020) show?

A

N = 54
Schedule
Lecture then quick then quick w/ feedback
After 4 classes = block exam (repeated 2x)
Repeat for each other the 3 blocks = all students swapped into each test format
final exam

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14
Q

What was the results of Thomas et al. (2020)?

A

Analysis = Transfer of learning to related concepts + Transfer of learning to different test forma

Conceptually related MCQs = quizzing (ie testing) better
than studying (but quiz w/ feedback not better than quiz without)

Conceptually related short answers (different format) = Quizzing (ie testing) better than studying (but quiz with feedback not better than quiz without)

Supports idea testing aids concept development + generalisation from leaning episode (semantic) + memory for instances (episodic)

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15
Q

What is the worst revision? Dunlosky, Rawson, Nathan & Willingham (2013)

A

Summarisation (written)
– Imagery for text
– Re-reading

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16
Q

What is moderately useful revision? Dunlosky, Rawson, Nathan & Willingham (2013)

A

Elaborative interrogation (generating explanations)
– Self-explanation (relate to knowledge)
– Interleaved practice (with other material)

17
Q

What is the most revision? Dunlosky, Rawson, Nathan & Willingham (2013)

A

Testing yourself (the testing effect)
– Is there a ‘down-side’?

18
Q

What is a conundrum?

A

Imagery for revision doesn’t help = encode memories only

only elaboration + other meaning-processing-related strategies = useful in revision

Can be combined with testing!

19
Q

How is the semantic elaboration theory (carpenter, 2009) on feedback?

A

Semantic elaboration at study means that a studied item can be
retrieved with a different cue at test
May involve lateral temporal cortex (Wing et al.)

20
Q

How is the context theory (carpenter, 2009) on feedback?

A

Memory on a final test is better if an initial memory test is harder,
consistent with more active, mental reinstatement of context
Testing modifies brain representations of tested items (Wimber et
al., 2015)

21
Q

What is the point of feedback?

A

Thomas et al. = no effect

Testing does not introduce misinformation, Bergman and Reedier

More research needed on when + how feedback is useful w/ retrieval practice = Systematic review by Agarwal, Nunes and Blunt (2021)

22
Q

How does practice and space repetition affect revision?

A

Meta-analysis by Cepeda, Pashler et al., 2006 (317 experiments, 184 articles) = practise is beneficial

Revision = Revisiting information after a break helps memory = spaced learning (vs. massed learning)

‘Expanding’ spacing = best but depends on retention interval (to exam).

23
Q

What is the link of academic learning + episodic and semantic memory?

A

Conway et al. (1997)
– Tested psychology students immediately after a lecture course + in a delayed test (exam)
– Immediately after lectures, better performing students ‘Remembered facts in a particular lecture’
– At delayed test, they ‘Knew the Facts’ than
‘Remembered the lecture’
– Suggests a shift from Episodic to Semantic Memory and
generalisation beyond initial context.
– (NB different for methods courses – ‘just know’ more impt.)

24
Q

What does Elibol-Pekaslan and Sahin-Acar (2017) show in the link of academic learning + episodic and semantic memory?

A

Tested first year and senior students in 2014 and 2017 and
assessed ‘remember-know’ following Conway et al.

— Remember and Know didn’t change from exam to 5 weeks
— From equal to Know > Remember at 3 years (in 42 students)
— From exam to 5 weeks also change with relative increase in
Knowing – only significant in senior students (but no direct
comparison) (in 100+ per cohort)
— More evidence needed + what is relation to study strategy?

25
Q

Why is there a shift in memory from episodic to semantic?

A

Episodic memories = semanticised over time, e.g. Harand et al. (2012),
* Review by Robin and Moscovitch (2017; Eysenck & Keane)

Via consolidation and/or multiple memory traces, see Ward
Remembering Brain chapter

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