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Learning Science

The science of learning, made practical.

Decades of cognitive-science research point to a few techniques that genuinely move retention: spaced repetition, active recall, and deliberate practice. This is the hub for understanding how they work — and how to put them to use with MintDeck.

Spaced repetition

The single biggest lever in long-term memory: review material at increasing intervals, right before you would forget it. Here is how it works and why the algorithm matters.

Active recall & retrieval practice

Memory is built by retrieving, not re-reading. Testing yourself is the mechanism that makes spaced repetition work — these guides explain the testing effect and how to use it.

Building great flashcards

A spaced-repetition system is only as good as the cards in it. How to write atomic cards, generate them with AI, and import material you already have.

Study habits that stick

The best algorithm in the world does nothing if you do not show up. How to build a schedule, study consistently, and apply it to demanding programs.

Key concepts, in plain English

The vocabulary of learning science, defined simply. These are the ideas every method on this page is built on.

Active recall
Retrieving information from memory rather than re-reading it. The act of recalling strengthens the memory far more than passive review.
Spaced repetition
Reviewing material at expanding intervals over time. Spacing reviews dramatically improves long-term retention compared with massed practice (cramming).
The forgetting curve
Ebbinghaus’s finding that memory of new information decays exponentially unless it is reinforced. Spaced repetition schedules reviews to interrupt that decay.
FSRS
The Free Spaced Repetition Scheduler — a modern algorithm that predicts your personal forgetting curve for each card and schedules the next review at the optimal moment. MintDeck uses FSRS.
The testing effect
The robust finding that being tested on material produces better long-term retention than spending the same time studying it.
Interleaving
Mixing different topics or problem types in one study session rather than blocking them. It feels harder but improves the ability to discriminate and apply knowledge.
Desirable difficulty
A level of challenge that slows learning in the moment but improves long-term retention. Effortful recall is the point, not a bug.

Put the science to work

MintDeck uses the FSRS spaced-repetition algorithm to show you each card at exactly the right moment — so you remember more in less time. Free to start, no account required.