Want to know how to learn anything faster than everyone? Then you’re in the right place.
Start with an awkward fact. Most people who “study hard” are mostly rereading. They highlight a chapter, scroll back through their notes, feel the material getting familiar, and call it learning. It isn’t. Familiarity is cheap. The brain hands it out after a single pass, and it tends to vanish the moment you face a blank page or a real problem.
The people who seem to pick things up absurdly fast usually aren’t smarter. They tend to use a handful of methods that feel harder in the moment and pay off later. Learning scientists have a dull name for this (desirable difficulties), but the idea is simple: if it feels a bit effortful, you’re probably doing it right.
Below are 14 ways to learn faster, each backed by research published mostly in 2025. A few older studies show up where they’re the original source of an idea, and I’ve said so when that happens. Some of these will feel strange. Try them anyway.
1. Quiz yourself instead of rereading
You’d think the most popular study habits would also be the most effective. They aren’t. In January 2025, Fatema Sultana and colleagues published a survey of 385 students aged 14 to 15 from 29 UK secondary schools in Education Sciences. The strategies those students leaned on most for independent revision were making notes, rereading and highlighting. The researchers class all three as lower-utility strategies, and many of the students didn’t fully understand the higher-utility ones, such as retrieval and spacing.
Retrieval simply means pulling information out of your head rather than putting it back in. And how you do it matters. A 2025 meta-analysis led by Yadi Yu and Chunliang Yang, published in Educational Psychology Review, pooled 18 studies with 2,560 participants. Recalling an answer silently in your head did help (a small effect, g = 0.23), but producing the answer out loud or on paper helped more still (an extra g = 0.17). So the half-hearted “yeah, I know that one” doesn’t quite cut it. Say it or write it. If you want more memory tactics to pair with this, our guide on how to improve your memory goes deeper.
Your move: close the book after every section, write down everything you remember on a blank sheet, then check what you missed.
2. Take a guess before you study
This one sounds backwards. Test yourself on material you haven’t learned yet? You’ll get most of it wrong. That’s the point.
In July 2025, Yeray Mera, Nataliya Dianova and Eugenia Marín-García of the University of the Basque Country published two experiments in the Journal of Cognition. People who tried to guess answers before studying recalled more than people who simply read the material, which matches years of earlier work on the “pretesting effect.” Immediate feedback on the wrong guesses worked better than feedback a day or two later. Still, the benefit held up even when feedback and the final test were delayed. These were lab tasks with fairly simple material, so treat it as a strong nudge, not a guarantee for every subject.
Why would a wrong guess help? Trying to answer seems to prime your attention. When the correct answer arrives, your brain has a question to attach it to. Getting things wrong in front of yourself can sting, especially if you already doubt your ability, so it’s worth reading up on how to stop underestimating yourself if that sting tends to stop you.
Give it a go: before your next chapter or video, look at the end-of-chapter questions (or write three of your own) and answer them cold.
3. Spread your practice over several days
Cramming works. For about a day.
A 2025 meta-analysis in Educational Psychology Review by Ewan Murray, Aidan Horner and Silke Göbel looked specifically at maths. Across 27 studies and 53 effect sizes, spaced practice beat massed practice with a small-to-medium effect (g = 0.28). The figures shifted depending on the setting:
| Setting | Studies | Effect of spacing (g) |
|---|---|---|
| All studies | 27 | 0.28 |
| Material taught in isolation | 10 | 0.43 |
| Material taught within a real course | 17 | 0.24 |
The larger lab effect was also less robust, and the authors found the evidence for retrieval practice in maths specifically was not yet conclusive, mostly because fewer studies exist. Spacing, though, held up in both lab and course settings. If you keep leaving everything to the night before, the real fix may be your planning, and our piece on how to beat procrastination can help there.
Start small: split one three-hour session into three one-hour sessions on different days, and open each one with a quick quiz on the last.
4. Mix different types of problems together
Think about how a basketball player practises free throws. Standing on the same spot and sinking fifty in a row feels great. Then the game starts, and the shots come from everywhere, at awkward angles, under pressure. The player who practised from mixed positions is better prepared, because the real game demands that they recognise which shot this is before taking it.
Studying works the same way. If you do ten problems of type A, then ten of type B, you never have to figure out which method applies. You already know. Mixing them, known as interleaving, forces that choice every time. The analogy holds for skills where telling categories apart is the hard part. It breaks down for simple memorisation, where there’s nothing to tell apart.
The research says roughly the same thing. Matthias Brunmair and Tobias Richter’s 2019 meta-analysis in Psychological Bulletin, which pooled 59 studies and 238 effect sizes, found a moderate overall benefit of interleaving (g = 0.42). It worked best for visual material such as paintings and for categories that look alike. It was weaker, and sometimes not worth it, for expository texts and word lists. This is an older study, but it’s still the main synthesis on the topic.
Before your next revision session, shuffle your practice questions from different chapters into one pile and work through them in random order.
5. Study as if you’ll have to teach it tomorrow
Something changes in your head when you expect to explain a topic to someone else. You stop asking “do I recognise this?” and start asking “could I make this clear to a person who has never seen it?” That second question exposes gaps quickly.
The chain runs like this. Expecting to teach makes you pick out the main ideas. Picking out main ideas forces you to organise them in a sequence that makes sense. Organising them pushes you to connect them to things you already know, which is exactly the kind of processing that makes memories last. Keiichi Kobayashi of Shizuoka University described this as students selecting, organising and elaborating information while turning it into an explanation for someone else.
His 2019 meta-analysis of 28 studies, published in Japanese Psychological Research, backs the chain with numbers. Preparing to teach improved learning (g = 0.35). Preparing and then actually teaching improved it more (g = 0.56). Interactive teaching, where the “student” can ask questions back, beat one-way explaining. It’s a 2019 study, so it’s older than I’d like, but I didn’t find a newer synthesis that replaces it. A real listener helps, and it’s good practice for having a good conversation about ideas in general.
Test it this week: after studying a topic, explain it out loud for five minutes to a friend, a family member, or a voice memo, and let them interrupt you with questions.
6. Sketch it, then check your sketch
Drawing is popular advice for visual learners. The evidence for it is more interesting than that, and more specific.
In September 2025, Detlev Leutner and Johanna Biele of the University of Duisburg-Essen published a meta-analysis in Educational Psychology Review on what helps people learn from drawing. They pooled 14 studies with 1,213 participants and compared plain drawing with drawing plus some kind of support. Surprisingly, support in general made no difference. One kind did: support that helped learners integrate their picture with the text and what they already knew. When that happened, comprehension rose (g = 0.35). When the support didn’t do this, there was no benefit (g = −0.15). Examples of the support that worked include explaining out loud while drawing and comparing your sketch with a provided diagram.
So don’t just doodle. A pretty picture of the water cycle is decoration. A rough sketch you then compare against the textbook diagram, noticing every arrow you got wrong, is learning.
Next time, do this: sketch the process or system you’re learning from memory, then put it next to the real diagram and fix each mistake in a different colour.
7. Plan, monitor and review your own learning
Fast learners don’t just study. They watch themselves studying.
The Education Endowment Foundation (EEF), an independent UK charity that reviews education research, keeps a Teaching and Learning Toolkit that ranks approaches by impact and cost. Metacognition and self-regulation, meaning the habits of planning, monitoring and evaluating your own learning, sit near the top. A November 2025 EEF blog post by Kirstin Mulholland of Northumbria University put the figure at an average of eight months of extra progress, based on 355 studies, and the EEF published an updated guidance report on the topic the same month. Earlier versions of the Toolkit gave seven months, so expect the exact number to move as new studies come in. One caveat: this evidence comes from school pupils, and the strategies were usually taught explicitly by teachers.
Picture this (a hypothetical example): you sit down to learn Spanish verbs. Before starting, you decide on one goal, say the present tense of ten irregular verbs. Halfway through, you test yourself and notice you keep mixing up two of them. At the end, you jot one line about what worked and what to change tomorrow. That’s the whole cycle, and it takes about three minutes in total. Writing a goal down and then keeping it is a small promise to yourself, and our guide on how to keep a promise has more on following through.
Here’s a simple way in: put three questions at the top of your notebook (What’s my goal? How am I doing? What will I change?) and answer them before, during and after every session.
8. Use AI as a tutor, not an answer machine
AI chatbots can make you look brilliant while you learn almost nothing.
That’s the sobering takeaway from a field experiment by Hamsa Bastani, Osbert Bastani, Alp Sungu and colleagues, published in PNAS in June 2025. Nearly a thousand high school maths students got access to either a standard ChatGPT-style interface or a version with built-in guardrails designed to protect learning. Both versions boosted scores during practice. Then the researchers took the AI away. Students who had used the standard version did 17% worse on their own than students who never had access at all. The guarded tutor, built with prompts designed to protect learning, largely avoided that drop.
The paper’s explanation is simple. Without guardrails, students used the chatbot as a crutch during practice, so they never did the effortful retrieval that items 1 and 2 describe. Speaking to Knowledge at Wharton, Bastani said her worry is that people who lean on these tools never build the basic skills they need to use them well later. It’s one study, in one subject, but the design was strong and the warning is clear. If keeping up with AI makes you uneasy in general, our piece on how to deal with AI anxiety may help.
A quick experiment: next time you ask an AI for help, start your prompt with “Don’t give me the answer. Ask me questions until I work it out myself,” and see how much more you remember the next day.
9. Put a guide and a schedule around your learning
What does AI tutoring look like when it’s done well? A pilot in Nigeria gives a useful case.
In June and July 2024, the World Bank ran a six-week after-school programme for secondary school students in Edo State. Students used a generative AI tutor (reported by tech press as Microsoft Copilot) twice a week to practise English. The key detail is that they didn’t use it alone. Teachers guided the sessions, the prompts were structured, and the content followed the school curriculum. In a randomised evaluation published as a World Bank working paper in May 2025, Martín De Simone and colleagues reported that students in the programme scored about 0.3 standard deviations higher than the control group. They estimated those six weeks produced gains that would normally take 1.5 to 2 years of regular schooling. Students who turned up to more sessions gained more.
Two cautions. It’s a working paper, not a peer-reviewed article, and the authors themselves say the result reflects the whole package (teachers, structure, peers and the AI), not the chatbot by itself. That’s exactly the lesson for you: the tool mattered less than the structure wrapped around it. If you want feedback from a person rather than a machine, our guide on how to ask for feedback from your manager shows how to get answers you can use.
Find one person or group (a tutor, a study partner, a course with set sessions) who can check your work, and book fixed times with them for the next six weeks rather than learning whenever you feel like it.
10. Put your phone in another room
You probably believe you can ignore your phone. The data isn’t so sure.
ACT, the US testing organisation, published research in March 2025 linking phone distraction in class with exam scores. In a June 2025 summary, ACT lead research scientist Jeff Schiel reported these averages:
| ACT test section | Almost always distracted by own phone | Never or almost never distracted |
|---|---|---|
| Math | 20.3 | 22.8 |
| Science | 21.6 | 23.6 |
Students distracted by other students’ phones also scored lower in maths (20.5 vs 22.8). These are self-reports and correlations, so they can’t prove the phone caused the gap. Students who struggle might simply reach for their phones more.
A randomised experiment fills that gap. Zhe Deng, Aaron Cheng, Pedro Ferreira and Paul Pavlou, writing in Information Systems Research in 2025, randomly assigned students at a vocational school in China to different phone rules during Chinese-language lectures. When students could use phones freely without guidance, their scores improved less over the lecture than when phones were banned. When teachers told students to use their phones for a specific learning task, performance actually improved. The device isn’t the problem. Aimless use is. If your phone has a hold on you outside study time too, our guide on how to do a dopamine detox properly is a sensible next read.
Your move: for your next study session, leave your phone in a different room, and only bring it back if you need it for a specific task.
11. Take breaks before your brain forces you to
Your concentration isn’t a fixed tank. It drains, and the way it drains matters.
As you work, mental fatigue builds and motivation dips. If you wait until you feel like stopping, you’re also spending effort watching yourself, asking “am I tired yet?” every few minutes. That self-monitoring is extra load on an already busy mind. Scheduled breaks remove the decision, which is why the Pomodoro technique (25 minutes on, 5 off) became so popular.
But fixed timers aren’t magic. In June 2025, Eva Smits, Niklas Wenzel and Anique de Bruin of Maastricht University published a study in Behavioral Sciences that put 94 university students through a two-hour study session using self-regulated breaks, Pomodoro breaks or “Flowtime” breaks (where break length depends on how long you worked). Fatigue rose faster with Pomodoro, and motivation dropped faster with both timed methods than with self-chosen breaks. Yet by the end, overall fatigue and motivation didn’t differ between groups. An earlier 2023 study from the same group had found benefits for scheduled breaks, so the honest summary is mixed: breaks help, and the best rhythm probably varies by person. Protecting the stretches where you’re absorbed matters too, and our guide on how to enter the flow state explains how to get there more often.
Start small: try 25/5 for one week and something longer, such as 50/10, the next, then keep whichever left you less drained.
12. Write the key ideas by hand
Typing is faster. That’s both its strength and its weakness.
In February 2025, Giuseppe Marano and colleagues at the Catholic University of the Sacred Heart in Rome published a review in the journal Life that pulled together neuroimaging studies on handwriting and typing. Their conclusion: handwriting activates a broader network of brain regions involved in movement, sensation and thinking, while typing engages fewer circuits and leads to more passive processing. They still saw handwriting as an important tool for learning and memory, despite typing’s speed advantage.
One of the studies behind that view came from Ruud Van der Weel and Audrey Van der Meer at the Norwegian University of Science and Technology. In January 2024, they recorded brain activity from 36 university students using a 256-sensor EEG cap while the students either handwrote words with a digital pen or typed them. Handwriting produced far more widespread connectivity between brain regions. Be careful how far you take this, though. Both papers measure brain activity, not test scores. More activity is consistent with better learning, but it isn’t the same thing. My read: use handwriting where it counts most, for summaries, key definitions and problem-solving, not for transcribing a whole lecture.
Give it a go: after each lecture or chapter, write a one-page summary by hand without looking at the source, then type it up later if you want a digital copy.
13. Move your body most days
Exercise is usually sold as something for your waistline. It turns out to be good for your memory as well.
The 2025 umbrella review in the British Journal of Sports Medicine, led by Ben Singh at the University of South Australia, pooled 133 systematic reviews covering 2,724 randomised controlled trials and 258,279 participants. Exercise improved general cognition (SMD = 0.42), memory (SMD = 0.26) and executive function (SMD = 0.24), the skills behind planning and focus. Light and moderate intensity worked well, and programmes lasting one to three months showed the largest effects on general cognition. Two caveats are worth knowing. Most of the included reviews were rated low or critically low in quality, and when the authors looked only at high-quality reviews, the effects shrank (to 0.22 for memory). They stayed significant, though.
Singh told PsyPost that even light or moderate exercise can meaningfully improve memory and focus, and that the benefits apply to everyone. You don’t need a gym membership or a punishing routine. A brisk walk counts. If you’re trying to make movement stick, our list of good habits to have is a good place to look for ideas that pair well with it.
A 20-minute walk before a study session, done most days for the next month, is a cheap way to find out whether your focus improves.
14. Sleep on what you learned
All-nighters feel productive. They work against you.
A small 2025 study by Francesca Conte and colleagues, published in Brain Sciences in March, asked 10 university students to learn prose passages and then tested them either after a night of sleep or after an equivalent period awake. After sleep, they recalled more details of the texts. Ten people is a tiny sample, so this alone proves little. It does, however, line up with older and larger work. A 2006 study by Steffen Gais and colleagues in Learning & Memory found that high school students remembered vocabulary better when they slept within a few hours of learning it, and that losing the first night of sleep after learning hurt recall even after a recovery night.
The likely reason is consolidation: during sleep, the brain appears to stabilise and reorganise new memories so they’re easier to retrieve later. So the last hour before bed may be the best time to review the hardest material, followed by actual sleep, not more scrolling. If falling asleep is the hard part, our guide on how to get to sleep faster has practical fixes.
Next time, do this: review your toughest flashcards in the evening, then go to bed at your usual time instead of pushing through another hour of study.
What to do when you slip
You will skip sessions. You’ll binge-watch a series during exam week, forget your flashcards for five days, or let an AI write your homework when you were tired. That’s normal, and it doesn’t wipe out your progress.
The research on habits is reassuring here. In December 2024, Ben Singh and colleagues published a systematic review in Healthcare covering 20 studies and 2,601 participants. The studies that measured timing found that new health habits took a median of 59 to 66 days to form, with individual estimates ranging from 4 to 335 days. In other words, the popular “21 days” figure is wrong, and taking longer is the rule, not a sign you’re failing. An older 2010 study by Phillippa Lally’s team at University College London, often cited in this area, reported that missing a single day did not meaningfully affect how the habit developed. It’s an older result, and I could only check it through later summaries, but it fits the newer review.
So when you slip, don’t restart from zero, and don’t try to “make up” for lost time with a giant cram session. That just brings you back to item 3’s problem. Pick up the next scheduled session, start it with a short quiz to see what stuck, and carry on. If a bad week has knocked your mood as well as your schedule, our guides on how to turn a bad day around and how to calm your nervous system are good places to reset.
One practical rule: if you miss one day, shrug it off. If you miss two in a row, treat it as a design problem. Shorten your sessions, move them to an easier time of day, or lower the bar until showing up feels small again.
Conclusion
Learning faster isn’t about cramming more hours into your week. It’s about swapping comfortable habits for slightly harder ones that actually work: testing yourself instead of rereading, spacing and mixing your practice, explaining things to other people, and keeping AI and your phone in their place. Add decent sleep and regular movement, and you’ll be ahead of most people who simply study longer.
You don’t need all 14 at once. Pick two that feel doable this week. Quizzing yourself and moving your phone out of the room are good starting points, because they cost nothing. Then add another once those feel routine.
Want more practical guides like this one? Browse our Education section and pick your next skill to learn.
