You will Love️ Active Recall after this | using Neuroscience

[00:00:00]Active recall, the top buzzword in learning space. We all agree it works, yet we all hate doing it. Why?

[00:00:09]Because active recall is uncomfortable.

[00:00:11]It makes us feel we've forgotten everything.

[00:00:14]It makes us feel stupid.

[00:00:16]It makes us realize how little of what we have studied is actually available in our memory.

[00:00:21]And sometimes, honestly, it feels like a giant waste of time.

[00:00:25]But today, I want to tell you something that might make you hate active recall a little less, or maybe even make you fall in love with because once you understand this, studying becomes faster, learning becomes lighter, and the mental burden of preparation reduces significantly.

[00:00:41]And before we begin, if you've spent hours studying something only to forget in a few days, watch this video and subscribe because I create videos to help you understand the neuroscience behind learning.

[00:00:54]The biggest mistake students make is believing that they shouldn't move ahead until they have completely understood and recalled and perfected whatever they are studying. And therein lies the problem. You're not supposed to immediately grasp everything. That's not how brain works.

[00:01:10]The process of forgetting and then trying to remember again is not a flaw in learning. It is the learning.

[00:01:17]Let me explain what's actually happening inside your brain.

[00:01:21]Every time you learn something, a group of neurons fire together. The neurons form a pathway. Now, here's the important part. The pathway is weak in the beginning. It's not as easy to pass the electrical signals through it.

[00:01:34]For that pathway to become stronger, the signal has to travel through it repeatedly.

[00:01:38]Hebbs' law says, "Neurons that fire together wire together."

[00:01:43]Over time, the brain starts insulating the pathways with a substance called myelin sheath.

[00:01:49]Think of myelin sheath as a coating around the electric wire. The more myelinated a pathway becomes, the faster and more efficient information travels through me.

[00:01:58]Every time you recall a concept, solve a question, explain an idea, or retrieve information from the memory, you're firing that pathway again and again.

[00:02:08]Every repetition sends a signal to the brain, this pathway is important, strengthen it. The proteins, cellular changes, and the myelination starts happening around that pathway.

[00:02:20]The process doesn't happen instantly.

[00:02:22]That happens over time.

[00:02:24]Which means expecting yourself to remember something perfectly immediately after the first reading is not only an unrealistic expectation, it's biologically impossible.

[00:02:36]Your brain needs repetition. Your brain needs retrieval. And the most important, your brain needs time.

[00:02:44]Learning requires a cooling off period to let it analyze which pathway is important and which is not.

[00:02:50]Where do the very valuable proteins to make that myelin sheath should go?

[00:02:55]If you've forgotten something after the first reading, congratulations. You're exactly where you're supposed to be.

[00:03:01]Okay, so what is the ideal way of study?

[00:03:03]We will learn it step by step.

[00:03:06]First step, do your first reading.

[00:03:08]Understand the content as much as you can. Get familiar with the ideas and then leave it.

[00:03:15]Don't sit there trying to memorize every single line.

[00:03:18]Don't keep rereading the same page hoping it will magically stay in your head.

[00:03:23]Just leave it.

[00:03:25]Step two, come back after a few hours, preferably within 24 hours. Now, keep the book closed and try to recall whatever you remember.

[00:03:33]This is active recall.

[00:03:34]And it should take minutes, not hours.

[00:03:37]You can write down what you remember.

[00:03:39]You can try to explain it to yourself.

[00:03:41]You can attempt a few questions. You can look at the previous year questions and try to solve them without seeing the answers. The goal is simple. Allow yourself to the Allow your brain to be an uncomfortable position of not knowing. The struggle is where various tabs open in your brain's operating system, and it becomes eager for closing them.

[00:04:01]That struggle is where the learning will happen next time you read, and your brain hungrily hunts for answers.

[00:04:07]Okay, step three now.

[00:04:09]Go through the content once again. Do your second reading.

[00:04:14]You'll notice something interesting.

[00:04:16]The content starts sticking. Things that looked ordinary before suddenly start to feel important. The gaps become more visible, connections become clearer, and because your brain has already attempted to retrieve the information once, the second reading becomes much more effective.

[00:04:33]If you want to make the notes, you can start doing it now.

[00:04:36]Step four.

[00:04:37]Repeat this process at least two more times.

[00:04:41]Maybe within the next week once, and then again in the next 1 month.

[00:04:45]Now, you're not just doing an active recall, you're combining active recall with spaced repetition. The combination is incredibly powerful.

[00:04:54]This is where long-term memory starts getting built. This is where information stops being something you have merely read, and starts becoming something you actually know. The process might take time. It will definitely put some pressure on your brain, but learning has always been proportional to effort and time. There are no shortcuts around that. Most students spend years learning history, geography, economy, polity, current affairs, optional subjects, but very few spend even few hours learning how learning actually happens.

[00:05:25]This is called metalearning, learning how to learn.

[00:05:28]And this is what I teach. Because if two students were studying the same number of hours, but one understands how memory works, and the other doesn't, the results can be completely different.

[00:05:40]So, before learning what to study, let's spend some time understanding how your your actually learns.

[00:05:46]And active might be the keystone habit that transforms your preparation.

[00:05:51]The next time active recall feels uncomfortable, the next time you stare at a blank page and you feel you've forgotten everything, next time your brain struggles to remember an answer, that discomfort is not the proof that you've failed to learn. That discomfort often the proof that learning is happening.

[00:06:09]If this video helped you think differently about study, hit the like button. Comment active recall if you're going to implement this method in your preparation. Share it with a dear one who is in the loop of reading the same chapter again and again. And subscribe to the channel because here we don't talk about what to study, we talk about how the brain learns, remembers, performs under pressure, and helps you become a better aspirant. I'll see you in the next one.