Neuroscience
Dr. Nate Kornell of UCLA, with the fifth article in our ongoing series of guest features.
Although as students we have all spent countless hours studying, we receive little guidance in how to study effectively. There are no shortcuts to effective studying, but in general, being actively involved in learning makes studying effective. Some specific points are obvious: pay attention in class, do the reading, don’t procrastinate, while others should be obvious but aren’t: study in a quiet place without distractions, don’t send text messages during class, ask questions if you are confused.
Here are three unintuitive but very effective ways of studying based on findings from psychological research:
Space your study. We humans, and other animals as well, learn more by spacing study sessions out in time (pdf) than we do by massing them together (e.g. by cramming). For example, read a chapter at one time, and review it at another time; if you are studying a set of flashcards, study it every day, instead of intensely all at once. My own research has shown the benefits of spacing in learning about artists’ styles, learning vocabulary words using flashcards, and learning physics concepts, among other topics. If you don’t think spacing will work for you, think again—spacing is virtually always effective, even when it feels counterproductive.
Ask yourself questions. Testing oneself while studying has two advantages: First, it requires retrieving knowledge from memory. Doing so creates powerful memories (pdf) that are not easily forgotten. Second, self-testing allows you to diagnose your learning. If you test yourself before your exams, you can identify and rectify your weaknesses beforehand, instead of regretting them afterwards. A warning though: Self-testing when the information is still fresh in your memory, immediately after studying, doesn’t work. It does not create lasting memories, and it creates overconfidence.
Summarize and integrate. After going to class or reading a chapter, try to summarize the main points, and think about how they relate to the topic at large and to your own experience. This process, known as knowledge integration, creates lasting memories, and has the added benefit of requiring you to recall the information. One way to do so is to “learn by teaching”—that is, tell others about what you have learned, including fellow students or, if you don’t mind being boring, friends and family. Explaining requires integration and summarization, and it is an excellent way to expose the gaps in your own knowledge.
The steps above might seem burdensome, but the long-term benefits far outweigh the costs. A student looking to minimize effort would do well to follow them.
___________________________________
Link to more information.
Link to Nate Kornell's website.
Link to article from this month's Psychologist magazine on how to think like a psychologist (open access).
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Neuroscience
How to study
Dr. Nate Kornell of UCLA, with the fifth article in our ongoing series of guest features.Although as students we have all spent countless hours studying, we receive little guidance in how to study effectively. There are no shortcuts to effective studying, but in general, being actively involved in learning makes studying effective. Some specific points are obvious: pay attention in class, do the reading, don’t procrastinate, while others should be obvious but aren’t: study in a quiet place without distractions, don’t send text messages during class, ask questions if you are confused.
Here are three unintuitive but very effective ways of studying based on findings from psychological research:
Space your study. We humans, and other animals as well, learn more by spacing study sessions out in time (pdf) than we do by massing them together (e.g. by cramming). For example, read a chapter at one time, and review it at another time; if you are studying a set of flashcards, study it every day, instead of intensely all at once. My own research has shown the benefits of spacing in learning about artists’ styles, learning vocabulary words using flashcards, and learning physics concepts, among other topics. If you don’t think spacing will work for you, think again—spacing is virtually always effective, even when it feels counterproductive.
Ask yourself questions. Testing oneself while studying has two advantages: First, it requires retrieving knowledge from memory. Doing so creates powerful memories (pdf) that are not easily forgotten. Second, self-testing allows you to diagnose your learning. If you test yourself before your exams, you can identify and rectify your weaknesses beforehand, instead of regretting them afterwards. A warning though: Self-testing when the information is still fresh in your memory, immediately after studying, doesn’t work. It does not create lasting memories, and it creates overconfidence.
Summarize and integrate. After going to class or reading a chapter, try to summarize the main points, and think about how they relate to the topic at large and to your own experience. This process, known as knowledge integration, creates lasting memories, and has the added benefit of requiring you to recall the information. One way to do so is to “learn by teaching”—that is, tell others about what you have learned, including fellow students or, if you don’t mind being boring, friends and family. Explaining requires integration and summarization, and it is an excellent way to expose the gaps in your own knowledge.
The steps above might seem burdensome, but the long-term benefits far outweigh the costs. A student looking to minimize effort would do well to follow them.
___________________________________
Link to more information.
Link to Nate Kornell's website.
Link to article from this month's Psychologist magazine on how to think like a psychologist (open access).
- Want To Learn Something Better? Draw It
When you're trying to learn, do something with your new knowledge, such as summarising it or explaining it to someone else. This deepens your memories and helps integrate what you've learned with what you already knew. A new study has tested the...
- Students Learn Better When They Think They're Going To Have To Teach The Material
Researchers say they've uncovered a simple technique that improves students' memory for passages of text. All that's required is to tell the students that they're going to have to teach the material to someone else. Fifty-six undergrads...
- 9 Evidence-based Study Tips
The September issue of The Psychologist magazine is a free-to-view student special containing a feature (pdf) by the Research Digest editor on the journey from A-level to Undergrad psychology, including the following 9 evidence-based study tips:...
- The Secret To Remembering Material Long-term
The secret to remembering material long-term is not to cram and over-learn but rather to periodically review what you’ve studied. That’s according to Doug Rohrer and Harold Pashler who have identified an intriguing relationship between how long to...
- Desirable Difficulties
I'm not teaching this semester, so what am I doing? Thinking about teaching. Saw a great lecture last week by cognitive psychologist Robert Bjork (article from UConn Advance) of UCLA. His talk was called "How We Learn vs. How We Think We Learn" (pdf...