
Chunking Memory Technique: Examples and How to Use It
The chunking memory technique groups facts so working memory can hold more. See real examples, why Miller's 7±2 is outdated, and how to chunk your notes.
Learning science studies how people remember and understand. These articles explain the key findings in plain language and what each one means for how you study.
Showing 45 articles taggedLearning Science.
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The chunking memory technique groups facts so working memory can hold more. See real examples, why Miller's 7±2 is outdated, and how to chunk your notes.

Are study groups effective? Yes, when you quiz and teach each other instead of rereading together. The research, roles, a 60-minute agenda, and when to go solo.

The protégé effect explained: why preparing to teach and teaching others boosts your own learning, what the research really shows, and 6 easy ways to use it.

Deliberate practice explained: Ericsson's violin study, what later replications found, why the 10,000-hour rule misleads, and how students can apply it.

Digital vs paper flashcards: what studies say about handwriting, spacing, and making your own cards, plus a simple rule for when to use each format.

Does speed reading work? What eye-movement research says about the speed vs comprehension trade-off, the myths, and when skimming or deep reading is right.

What the Ebbinghaus forgetting curve really shows: the 1885 data, a 2015 replication, the '70% forgotten in a day' myth, the formula, and how to beat it.

Memory encoding explained for students: levels of processing, semantic and elaborative encoding, and eight encoding strategies that make new material stick.

Working memory explained for students: Baddeley's model, the four-chunk limit, why brain training doesn't transfer, and study strategies that work within it.

The two main types of long-term memory are explicit and implicit. Each subtype with everyday examples, the key differences, and what each means for studying.

Transfer of learning explained: near vs far transfer, why knowledge gets stuck in the classroom, and study methods that help you apply it to new problems.

Cognitive load theory for students: intrinsic, extraneous and germane load, the worked-example effect, and practical ways to stop overload when you study.