How to Study Effectively
psyche.co
psyche.co
1. Attend the lectures and take good notes. Don't write things down that are obvious or that you already know.
2. Before any exam, go back over the dozens of pages of notes and condense them down to 3 or 4 pages, omitting details that will be brought to mind by the things you are writing down.
3. Go back over the 3 to 4 pages, condensing them down to a single page, compactly written.
4. Go back over the single page, condensing it down to a single notecard.
The act of condensing requires you to internalize the knowledge enough to know what you have memorized and what you must still note down. And the act of repeatedly writing down the hard parts commits those to memory too.
By the end, the notecard has a handful of difficult to remember formulas and a bunch of keywords that prompt your memory to recall the salient details. In the US at that time, a single notecard was often allowed during exams, so the final work product was also that card.
(My recall 20 years later is excellent, so this is not cramming.)
If an undergraduate read graduate level textbooks, especially overviews.
This gives one a sense of the context of the subject, an appreciation of "where it's going", a hint of why the subject is still interesting and under active development, and makes the undergraduate material seem almost innocent by comparison. It's much harder, of course, and you'll often find that the entire semester's material is covered in a couple of chapters at the beginning, but the feeling of "how the professionals really talk/think about the subject" is hugely important for getting a feel of the thing.
The history of a subject is great for giving the human context, which is hugely useful for grokking how things developed organically, as well as the personalities involved. It can really help remembering stuff.
Before going back to college to do Maths and Physics I went out to the local university to get advice as to how to study the subjects. I was told to get Feynman's Lectures ((in)famous) and Boas' Mathematical Methods in the Physical Sciences (extremely terse but excellent). I did, tried my best, and in retrospect still think they were taking the piss. And yet, when I went back to university a year later, there were so many ideas and intuitions already in place that although the Maths was still computationally difficult the concepts were not as strange as they might have otherwise been.
In college itself it was the library that was the real draw, so many amazing texts just there for the reading. To be fair, the professors were wonderfully patient and encouraging.
But mainly, just keep at it, hour after hour, without comparing yourself or your efforts to anyone else. It's hard enough without imagining other people looking over your shoulder. I remember a number of young ones who, though brilliant in school, found university just that bit beyond them. Take frequent breaks, even holidays, and remember, above all, that exams are perhaps the worst test of learning we have yet devised apart from all the others.
Maybe this needs a seperate set of resources to be maintained, say we read a book, it should have resources to suggest higher level texts that would be helpful for this review.
I would say that this is great for school but not a technique that really prepares you for 'life'.
Then one of the following is true: you have an exceptional memory, have been reviewing the content since then, or are dramatically overestimating your recall. It has little to do with your technique.
On the other hands, there are subjects that I've been trying to learn just by reading or watching youtube videos and my knowledge stays very superficial.
Another trick is inventing symbols to compress common concepts, much like the gzip algorithm. Your notes become an Egyptian papyrus to an outsider, but to you they contain all the info without omissions.
Anybody who has studied Indian/Hindu philosophy will be well aware of this problem.
The act of "compression" puts less obvious key points to the paper, allowing you to more easily memorize the more obvious parts.
The whole exercise is about committing to your memory more and more of the "easier" stuff, while extracting the few "root" ideas and a few least obvious points / formulas to write down.
When you know the subject already and you are just adding more on top, it may be helpful to reduce the new ideas to Keypoints/Keywords and hang the details off of them in memory. But when you are new to the subject you do not as yet know what to omit and what to keep; you are making a judgement call during "condensation" and thus it behooves us to be careful so as to not lose the core ideas which is bound to happen if you try to "compress" too much.
It is well known that some students make these with the intention to cheat at the exam, only to realize that they don't need them.
1 depends on how diligent your are at attending class and how interesting the class is. I usually tried to find other student(s) who took notes.
2. take legible notes by hand on everything that goes on the chalkboard
3. do all the homework, and do it on time
4. make sure you understand how to get the solution to every homework problem
5. review notes and all homework problems as prep for the exam
I found this meant reliably getting at least a B in the courses at Caltech. Getting an A required considerably more work.
My high school technique of not bothering to do much of anything and still getting an A took a year and a half of abject failure at Caltech before I wised up. Fortunately, Caltech's freshman year was pass/fail, evidently they were familiar with people like me :-)
By senior year, my strategy was: don't write anything down, just try to follow the main thread of the lecture. Then afterwards, go back and read the textbook and take exhaustive notes then. Empirically I learned way more that way.
I've counselled students headed off to college, and I'd give them my recommendations (these days, I included taking notes by hand as that seems to be far more effective, and leave the laptop at the dorm). None followed it at first, and got poor results, then did, and things improved dramatically.
One thing I wish I had done was get a cheap cassette recorder and record the lectures. My notes were effective at exam time because they'd evoke the lecture memories, but are gibberish today because they completely lack context. I'd also have something special today to donate to the Caltech archives. All those lectures are lost to time.
P.S. with your username, you had to be a techer!
I used to just print them out and then highlight or make my own notes over top of the printed slides to make sure I was internalizing it.
Sometimes. But the thing about taking the notes by hand is it fixes it in your memory. Glancing over pre-printed notes just does not work (at least for me). I still have the pre-printed handouts on Special Relativity from Ph2, and I never quite understood it.
It's sort of like reading a programming language spec. I think I understand it, but trying to implement it shows I didn't understand squat.
But yeah, I've also seen big gains from reading the textbook ahead of time
Disagree. Only take notes on what you don't understand.
If you really need the full record you can always find a lecture recording, a textbook or someone elses notes
This is very person-specific.
For me, if I'm writing then I'm not actively listening. My brain can only do one or the other well. When I take notes, I'm not processing anything very well and I learn very little.
Instead, I generally only ever took notes on high level things, or on very specific details that mattered.
I also discovered that a surprising number of my professors were literally writing on the whiteboard the exact, word-for-word text that was in the textbook.
But one crucial step needs to be inserted into the above process to make it really work;
2.5. After the lecture whenever you have time, within 24/48 hrs sit down with the Notes and Textbook and go over the Notes in the context of the Textbook i.e. filling in the details and gaps in understanding. Try and engage in "Precis Writing" with Pen and Paper to get to the heart of the matter.
I've never needed anyone to analyze my dreams :-)
But this persistent dream makes me feel empathy for combat vets with PTSD dreams. It must be infinitely worse for them.
I was recently reading the book; The Words of my Perfect Teacher by Patrul Rinpoche which is a manual for introduction of Tibetan Buddhism and found it full of great practical advice on how to learn (anything). There is nothing new under the Sun. For example, here is a relevant passage;
Do not focus too intently, picking out individual words and points, like a dremo bear digging up marmots--each time you seize one item, you forget the one before, and will never get to understand the whole. Too much concentration also makes you sleepy. Instead, keep a balance between tight and loose.
Once, in the past, Ananda was teaching Srona to meditate. Srona had great difficulty getting it right. Sometimes he was too tense, sometimes too relaxed. Srona went to discuss the matter with the Buddha, who asked him: "When you were a layman, you were a good vina-player, weren't you?"
"Yes, I played very well."
"Did your vina sound best when the strings were very slack or when they were very taut?"
"It sounded best when they were neither too taut nor too loose."
"It is the same for your mind," said the Buddha; and by practising with that advice Srona attained his goal.
Machik Labdron says: "Be firmly concentrated and loosely relaxed, Here is an essential point for the View."
Do not let your mind get too tense or too inwardly concentrated; let your senses be naturally at ease, balanced between tension and relaxation.
Before that for the two "prépa" years I was definitely not the most studious given how many evenings were spent playing counter-strike, D&D and warcraft III at the dorm (miss you people), what really helped for the competitive exams allowing to get into the engineering school was doing additional exercises for 2/3 weeks beforehand ; this way I got much better grades than I had gotten for the previous two years.
So I'd err on the side of "it's mostly the exercises / homework which are useful"
This is a common experience. University can be particularly hard on kids which have a self image of "I'm a good kid because I get straight A's".
Once you're selected to that level, you're in a narrower cohort with other nerds; you're not just going to stand above the crowd with next to no effort.
are there any ideological/learning methodology differences between podsie and anki?
Ideologically, I think Anki and Podsie are pretty aligned in our beliefs that personalized spaced retrieval (often referred to as spaced repetition) is a much more efficient and effective way to learn and retain information compared to other traditional review practices (eg. reading textbooks or going over notes).
Learning-wise, perhaps the key difference is that while Anki is very focused on the individual-learner, we're much more focused on empowering each teacher. This means that we've needed to build features like having different autogradable question types (eg. short answer and multiple choice), ensuring that teachers have easy-to-follow data reports on how students and classes are doing, and also providing teachers with tools to incentivize their students to regularly review on Podsie.
https://healthysleep.med.harvard.edu/healthy/matters/benefit...
I can't sleep well, trying to do everything in my power to make sure I get enough.
Whenever I'm well-rested for a week or so, I'm smart.
Whenever I'm ill-rested for a week or so, I'm only capable of basic functioning.
Not sure what it means though, but I would caution.
[1] https://www.amazon.com/dp/B000BD0RT0/ref=cm_sw_r_cp_awdb_imm...
Just a word of warning, I've experienced this becoming a bit of an obsession. I was losing sleep over not getting enough sleep. I'd bring the subject of sleep up in conversation a few times a week, making it almost part of my 'identity' that I was a bad sleeper, and I'm convinced this made it worse.
For anyone who thinks they might have the same problem, my unqualified anecdotal advice would be: Don't tell people you're a bad sleeper, even if you are. Generally don't talk about it too much. Do define some sensible rules (e.g. consistent wake-up time, no snooze, etc) and follow them blindly for a month - don't allow yourself to review or change these rules for at least a month, or you'll be thinking about sleep too often. If you have a sleep monitoring device, definitely don't look at the data more than once a month.
We recently bought a set and it has been a revelation. Darker, quieter room. Better sleep.
Instead of sleeping at 11/12pm and waking up at 6/7am, sleep at 9pm-ish and be up by 4:30am. It's usually still dark, it's extremely quiet and perfect for study!
Pro tip: a nap in the afternoon really recharges the batteries for another work session.
1. All nighter is never worth it no matter how little material you think you know.
2. If you're semi confident in the exam, prioritize getting a full sleep over a little sleep.
3. If you're not confident in the exam, definitely still aim for at least 5-6 hours of sleep.
That's what I've noticed when it comes down to cram studying, otherwise my performance goes out the window.
They were smart, as people. But not sleeping whole night makes you dumb. And they inability to figure what was not memorized harmed their performance a lot.
Looks like the brain has stamina that will be depleted little by little when used, either during exam or studying.
Instead, I get a good book, or a movie I've been looking forward to, and I veg out and relax.
This always lead to a good night's sleep and a better exam result than if I'd stayed up late studying instead, hoping to learn just one more thing- that I would never remember due to lack of good sleep anyway.
If I was going university today, I'd never bring my laptop to class again.
There is evidence for this emerging from Neuroscience. Something about using Pen and Paper engages our whole body and brain and seems to aid and cement the learning process. This does not happen with a keyboard and mouse. I have now become a strong advocate of limiting technology usage in the classroom and learning to use it appropriately.
Any sensible person identifies what they will be judged upon and maximises their effort towards that. Especially if we're in a world of credentialism. Which we are.
The way i have tried to remedy this in my own self is to buy lots of books and try and give myself a proper education in the sense of really understanding something to the extent possible with the amount of work and time i am willing to invest. There is no pressure, no deadlines, no competition but simply a desire to learn and understand i.e. knowledge for knowledge's sake.
The use of technology in the above endeavour is problematic. The Internet is a huge distraction and time sinkhole and there is too much junk to sift through to get at any actual nuggets. Hence i use it to get an idea of a subject domain and then try to get actual books to study in that domain.
The final point is to sit with pen and paper and take notes, read aloud the subject matter to better imprint on the mind, all aimed towards engaging the body with the mind to strengthen the learning process. Typing on a keyboard does not have the same effect.
but this takes a lot of time discipline. if you don't care about the material and just want to pass the test, I find dumb cramming methods like retyping all the professor's powerpoints the night before work pretty well. I got lots of As in classes I didn't care about that way. I forgot almost all the material later, but it left me with more time to study properly for stuff I was actually interested in.
- when young, you coat stuff with more emotions than the topic itself, it feels hard, or advanced, or hard, later on you simply look at it naked
- the patient eureka is clearer and larger, it really feels as if suddenly you're simply sitting on top of a nicer viewpoint and effortlessly you can connect more pieces in more ways
It begins by understanding what you don't understand.
Once you understand something after spending time trying to understand it and writing down your understandings and non-understandings, you typically have little problem memorizing it.
Most ahhh moment are realizing you had everything before your eyes.
I cannot yet comment on its effectiveness, but Tikkanen, the author, used it to get from International Master to Grandmaster.
Memory as a "rebuilding" mechanism is also so true. I have to understand everything I study in minute details, else my memory just bumps on the slightest not-yet-understood thing. It's excruciatingly painful 'cos it needs a lot of work.
(I have a background in compsci and now I'm studying data sciences at master level, which means : maths, maths, maths and maths and basically no compsci; I like maths, but that's quite a bit more involved than 20 years ago and 10000% more than 2 years ago when I was a PM :-)))
1. Take notes of the keywords and core concepts
2. Make flashcards (you can use Quizlet if you like) of the keyword/concept and definition/explanation.
3. Quiz yourself a few times a day by going through the flash cards. I liked to start studying about 3 days before the exam.
Getting good grades in the humanities can be really easy. Mostly because the humanities are really easy, but I digress.
Seems like remembered wrong, not just math but was a grade 8 class.
I think this is the reason, people who skip lectures/classes but sit down with the books/notes and work on their homework/problems do pretty well.
There is a Chinese Martial Arts saying which i always keep in mind;
To show one the right direction and right path, oral instructions from a Master is necessary but Mastery of a Subject comes only from one's own incessant self-cultivation.
With the breadth of some topics (looking at you analog electronics) it was often hard to prioritise study to maximise exam marks.
By the end of my degree I realised the best practice was just doing past exams. And I found if I could consistently get 100% on previous exams that would translate to at least 80% on the actual.
It made me realise that the faster path to good marks was optimising for answering exam questions rather than a deep intuitive knowledge of the subject.
Right. This is the bane of our educational system i.e. they prioritize for "grading" rather than "understanding". I have met many who were considered smart/genius because of their good grades or where they graduated from but with regular interaction turned out to be pretty average in their understanding. They have simply optimized their "Social Signal".
Also, SRS is no panacea, e.g. you can use it to learn a mathematical formula, but not to learn how to apply it. For this, you need actual practice.
It takes some imagination and experimentation to figure out how to break down subject matters into something you can study with cards.
That mathematician is hardly doing this by rote.
It is also absurd way to learn stuff that has relationships in it.
This was a misconception I, too, had.
When I was taking grad analysis, we had to memorize the proofs, as the professor was guaranteed to ask for the proof of one textbook theorem in each exam. I was incensed, but when I memorized the proofs for the final exam, I noticed more "proof patterns" than I had during the whole semester, and got a lot better at the subject.
Memorizing without understanding is useless. Memorizing with understanding is much better than merely understanding.
Also, way better way to test is to put similar made up theorem on exam. Which means you cant just reproduce what you memorized without understanding.
I don't think I ever nailed down a particular study habit, and did many things this article says not to do. I was/am a night owl and often stayed in the engineering buildings late enough to greet the night-shift janitors. I could cruise through weeks on 4.5 hours of sleep/night and kept tabs on which gas stations had the best energy drink promos. The handful of times I started homework or projects or exam review early ended up backfiring, so I stuck to cramming and my tests would still turn into the answer key.
I did follow some of the advice here, particularly between different but related topics (e.g. heat transfer and fluids, Java and data structures), but even there, I found looking for the relationship between two seemingly disparate topics to still be useful (e.g. electronic circuits as thermal circuits in heat transfer). I think what I'd like to emphasize is that everyone just needs to find whatever works for them, which may or may not be what works for a majority of others. I fortunately went through undergrad right before the deluge of productivity porn, and could definitely have fallen into the trap of worrying too much about how to study instead of just studying.
If only it were this easy! As the article points out, often what you think works best for you is actually just what you're used to. I think switching up studying habits every so often is good practice. Forces you to try new things and see if they make an impact on your retention.
Active reading, notes and summaries "prime the pump" but information doesn't truly "come to life" for me until I try to use it.
I thought i would share for others benefit too... (formatting is messed up, my notes are in MD format, i lost the sub-indentation on these notes, i can just add a new line )
--
- paper over laptop
- SRS, anki
- you can use it to learn a mathematical formula, but not to learn how to apply it.
- write notes, summarize it down to pages at end of session; called as 'making cheat sheets'
- a few days down, summarize it further down and more, till you have it like a card.
- study above your level, and read the history of the subject.
- If an undergraduate read graduate level textbooks, especially overviews.
- This gives one a sense of the context of the subject, an appreciation of "where it's going", a hint of why the subject is still interesting and under active development, and makes the undergraduate material seem almost innocent by comparison.
- It's much harder, of course, and you'll often find that the entire semester's material is covered in a couple of chapters at the beginning, but the feeling of "how the professionals really talk/think about the subject" is hugely important for getting a feel of the thing.
- The history of a subject is great for giving the human context, which is hugely useful for grokking how things developed organically, as well as the personalities involved. It can really help remembering stuff.
- just keep at it, hour after hour, without comparing yourself or your efforts to anyone else.
- Take frequent breaks, even holidays, and remember, above all, that exams are perhaps the worst test of learning we have yet devised apart from all the others.
- understand proofs over memorizing them
- as little memorization in math. Memorizing without understanding is useless. Memorizing with understanding is much better than merely understanding.
- Read the textbook before attending the lecture
- if you find yourself unable to take proper notes, and seems like the lecture moves too fast, this is the issue.
- Even if lecturer provides notes, some self-written ones BY HAND are useful for retention
- Sleep more important than cramming on exam night
- All nighter is never worth it no matter how little material you think you know.
- If you're semi confident in the exam, prioritize getting a full sleep over a little sleep.
- If you're not confident in the exam, definitely still aim for at least 5-6 hours of sleep.
- Sleep early, wake up early -- study notes before exam
- make sure you the study session is light to medium; brain has limited stamina that will be depleted little by little, either during exam or while studying
- all-nighters actually make you worse
- even intelligent people have less than smart answers to simple questions
- Magnesium supplement to help sleep routine
- Magnesium Glycinate, .Chelated, specifically doctors best brand.
- Z12 -https://www.reddit.com/r/quittingphenibut/comments/d8vazr/z1...
- Woodpecker method - , a modified version of spaced repetition.
- Book : Learning How to Learn by Barbara Oakley
- A well structured course that will leave you with effective tools to maximize your learning potential.
- Feynman technique
- write questions of what you still don't understand recursively until you have understood it all.
- begins by understanding what you don't understand.
- Once you understand something after spending time trying to understand it and writing down your understandings and non-understandings, you typically have little problem memorizing it.
- Duration of class (1 yr ) over intense study
- longer the duration, the better
- katas - japanese - making a repetitive movement, so that you can make the movement naturally, without thinking.
- repetitve study like anki
- physical - a run on threadmill or cold showers
But one point needs to be added in the interests of Pragmatism.
- In order to pass an exam always train/solve with past (few years) questions/papers for that exam.