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How To Learn So Fast It’s Almost Unfair

Sandeep Swadia · 2,064 words · 10 min read

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From Struggles to Success: My Learning Journey

0:00I grew up a poor kid in Mumbai who

0:02struggled in school, who struggled with

0:04learning. Today I am an MIT grad, former

0:07CEO and board adviser to billion-dollar

0:10companies. And it's not because I'm

0:12smarter or read more, but because I

0:14learn how to learn faster than everyone

0:17around me. And here's the [music] truth.

0:19Intelligence is a commodity in the world

0:22of AI today. Any skill advantage you

0:24have is temporary. [music] The only real

0:28edge is how you learn and how fast you

0:31can stay ahead. So, in this video, I'm

0:34not going to give you any hacks. I'll

0:36share with you how our brains actually

0:38work and show you a learning system that

0:41puts you in the top 1% even if you've

0:44always felt like a slow learner. But

0:46first, you need to understand why 99% of

0:50people fail at learning. Your brain

The Brain's Limitations and Learning Challenges

0:52weighs only three lbs but it burns up to

0:5620% of your body's total fuel. One of

0:59its hungriest part is your prefrontal

1:01cortex. This is the uh CEO function of

1:04your brain. Every new theory, every new

1:07idea you cram into that region [music]

1:10spikes up the demand for glucose and

1:12oxygen. And that's metabolically very

1:15expensive. This region is your tiny

1:19cognitive bowl. 99% of the learners try

1:22to learn by jamming and cramming. Now,

1:24if you dump a gallon of theory into a 4

1:28oz bowl, how much do you think it will

1:30retain? Well, exactly 4 oz of it, right?

1:33[music] And it's a trap that has an

1:35almost 100% failure rate. Today's AI can

1:38run millions of processes in parallel,

1:41but our human brain cannot do that.

1:44We're built for serial learning, serial

1:47processing, one transfer at a time. So

1:50give yourself and your brain a break.

The Generation Effect: Embracing Struggle in Learning

1:53Now the next thing you have to

1:54understand if you want to learn like the

1:55top 1% is that your brain is lying

1:58[music] to you. Carnegie Melon

2:00University tested an adaptive learning

2:02system for [music] its students. The

2:04material would get increasingly

2:06difficult based on the students prior

2:09success. Now of course students at CMU

2:11totally hated it but they ended up

2:14learning twice as much as those who took

2:16the [music] standard test. And that's

2:18the point we miss. Sometimes we feel

2:21friction and we assume failure.

2:24Neuroscience calls it the generation

2:27effect. The harder you work to generate

2:29the answer, the [music] deeper it's

2:31wired in your brain. 99% of us use AI as

2:36a crutch, not as a coach. Your brain

2:39doesn't hate struggle. It hungers for

2:42it. The real question is how do you feed

The Three C Protocol: Compress, Compile, Consolidate

2:45it? Well, for that we have to build a

2:48better learning system. And I call it

2:50the 3C protocol. Compress, compile, and

2:53consolidate. Each step accelerates your

2:56learning machine. And when you fire all

2:59three of them, you will break out of the

3:01orbit of the ordinary. So, let's dive

Compress: Simplifying Complex Information

3:04into the first C, compress. [music]

3:06The best way to learn that is from one

3:08of the best chess players. If you watch

3:10Magnus Carlson sitting down at the

3:12chessboard, he's not thinking about any

3:16specific move. [music]

3:17What's happening in his brain is really

3:20fascinating. Cognitive studies on chess

3:22grandmasters estimate that they can

3:24internalize 50,000 or even 100,000

3:28patterns on the chessboard. But they're

3:30not memorizing. They compress what they

3:33have learned into patterns that their

3:35brain can actually handle. Now, why do

3:37they have to do that? Because recent

3:38research shows that our brain can only

3:40juggle about four independent [music]

3:43ideas at a time. Any more than that and

3:46it drops the ball. So the first C is

3:49compress and it's not about memorizing

3:51more. It is about reducing many ideas

3:54into fewer stronger chunks and patterns

3:57that your brain can carry. So how do you

3:59actually compress? The first step is

4:01selection. Here's an example. When I

4:04want to learn from a book, I first

4:06compress. I ask what's the 20% of the

4:09[music] book that I must read that will

4:11give me 80% of the benefit. Most books

4:14are just about one single idea. So I

4:16read only selective chapters. Sometimes

4:19I would read them more than once until

4:20it sinks in. That is selection. Always

4:23pick the 20% that matters. Then comes

4:27association. A paper in Science magazine

4:30showed that you can't learn something

4:33new until you connect it to something

4:35you already know. That's the secret

4:38behind mastering how you learn. You have

4:40to ask, where have I seen this idea

4:42before? How does it connect to something

4:45I already know? This is why Magnus

4:47Carlson wins, right? Because he connects

4:50a new move to an old pattern. He sees

4:53the harmony. Then comes chunking. This

4:55is the third step. You take these ideas

4:58and compress them into a simple model.

5:00It could be anything. A drawing, a short

5:02summary, a metaphor you can remember, a

5:05song in your head. 99% of us get

5:09overloaded. [music] But the top 1%

5:11compress before they consume. But the

Compile: Effective Learning Techniques

5:14next C is about how you cut down the

5:16tree, compile. A lot of you might have

5:19watched a movie called Rainman, and it

5:21was actually based on a real person. His

5:24name was Kim Peak. Kim grew up in the

5:27Midwest. He was a savant, kind of like

5:30walking, talking Google. He could

5:32reportedly recall every word of any of

5:35the 12,000 books he had read. And he

5:38could also add events tied to that day.

5:40He would tell you exactly what happened

5:42that day. And his unique abilities were

5:44linked to his brain's unusual design.

5:47His brain scans found that the bridge

5:49between his brain's hemispheres was

5:52missing completely from birth. But

5:54here's the part that broke my [music]

5:56heart. That uniqueness also made his

5:59daily life very difficult to navigate.

6:01His father would have to take care of

6:04his basic needs that you and I take for

6:06granted. He lived with his father until

6:09he passed away at 58. [music] Never got

6:12married. Kim had these incredible gifts,

6:15but he had difficulty mastering simple

6:18chores and social cues. It tells you

6:20that memory alone is not mastery. You

6:23[music] can store the entire world and

6:26still struggle to live in it. That's

6:29Kim's tragedy. And this is the 99% trap.

6:33We focus on the goal of hoarding

6:35information and mistake consumption for

6:38learning. And you need three things to

6:40do that. The timer, the test, and the

6:42tools. The timer is about managing your

6:45learning cadence. This is called the

6:48ultradian cycle. Your brain operates in

6:5190-minute cycles. then it needs to rest.

6:53So you get about 90 minutes of peak

6:55focus and then your brain must rest for

6:58at least about 20 [music] minutes. So

7:00here's something actionable. Look at

7:02your weekly calendar. Do you have one or

7:05two blocks of deep work? If yes, then

7:08use this timer. 90 minutes of deep work

7:12plus 20 minutes of rest. Have one or two

7:15such blocks per week and protect them

7:18ruthlessly. This is how you're going to

7:20learn fast. Second, the test. Most

7:23people learn, learn, learn for 6 weeks,

7:26for 6 months and then there is a big

7:28test and a big presentation at the end.

7:31This is a giant waste of time. This is

7:32one of the biggest mistakes we make in

7:35learning. You know, software engineers

7:37talk about agile development all day

7:39long. Everything is a twoe sprint. In

7:41fact, in today's AI companies,

7:43everything is a single day sprint. So,

7:45why not apply the same concept to

7:47learning? Build a different loop. Learn,

7:50test, learn, test, learn, test. So, pick

7:53a concept, learn it, and then test. Then

7:56pick another concept. And how do you

7:58test? That's where the tools come into

8:01play. There are three that are my

8:03favorite. [music] Tool number one, slow

8:05burn. If you're learning something

8:07physical, like playing a [music] guitar,

8:10do it at an excruciatingly slow pace and

8:14do it a lot of times. But don't turn off

8:16your brain because slow is boring. Focus

8:19on every micro move. The slower you

8:22play, the faster you [music] learn. Tool

8:24number two, immersion. Every musician

8:27will tell you this. No matter how you

8:30practice and rehearse with the band, the

8:32moment [music] you start playing on

8:34stage, everything goes haywire. So, you

8:36must test in the arena. Practicing a

8:39speech in front of a mirror is a good

8:41[music] start. But practicing it in

8:43front of real people, that's even

8:44better. And the third tool, teach to

8:47learn. Now, this is the boss tool. I do

8:49this all the time. Once I learn

8:51something, I teach it [music] to

8:53someone. Sometimes I even lecture the

8:56wall as if I'm giving a TED talk because

8:59I'm learning, I'm internalizing, I'm

9:01[music] connecting, I'm refraraming. And

9:04I would do it a few times and try

9:06different angles until I feel I have

9:09[music] learned it. Well, we compress

9:11the map. We compile the work. Now comes

Consolidate: Retaining Knowledge Long-Term

9:13the final C. you have to consolidate it

9:16to retain what you've just learned

9:18forever. If time was money and you

9:20wanted to invest it in learning, then

9:22relying on stickies and flashcards will

9:25give you short-term gains but terrible

9:27long-term returns. [music]

9:29And the most important insight is this.

9:31Learning is a two-stage process. Stage

9:34one is focus. You're sending the request

9:37to your brain to rewire. But stage two

9:39is even more important. Rest. This is

9:42where the actual consolidation happens.

9:45So you've got to leave some room for it.

9:47You have to manage your rest as much as

9:49you manage [music] your work both at the

9:51micro and macro level. So think about

9:54the learning cycle in terms of work rest

9:56work rest work rest. First on the micro

9:59level inside your 90minute block you

10:02have to think about taking frequent 10

10:0520 second breaks. Research shows that

10:08after some heavy learning, if you pause

10:10for just 10 seconds, your brain replays

10:13the information you just [music] learned

10:15at 10 to 20 times the speed. And it

10:17might fire that sequence 20 times over.

10:20So you're literally getting 20 free reps

10:23in your brain just by taking a break.

10:26And on the macro level, we're talking

10:28about the ultradian cycle of 90 minutes

10:30of work and 20 minutes [music] of rest

10:32again. And what you do in those 20

10:34minutes is also important. I for one do

10:37NSDR which [music] is non-sleep deep

10:40rest in Sanskrit is called yoga nindra

10:43which literally means the rest that

10:45helps you connect. So what do you have

10:47to do during [music] that 20 minute NSDR

10:50period? Absolutely nothing. For

10:52instance, I just lie down or sit, close

10:56my eyes for 15 minutes, 20 minutes and

10:58do nothing. And sometimes I would go for

11:00a leisurely walk if I can. But the point

11:02is not to distract [music] yourself and

11:04do nothing. And the third most macro

11:07thing is a good night's sleep. There is

11:10a lot of research that suggests that

11:11when we're sleeping, our brain replays

11:13the entire thing we learn in reverse. So

11:17these three rests are super important.

11:19You know, in this postindustrial

11:21technological age, we've forgotten what

11:24farmers have always intuitively [music]

11:26known. You can't keep plowing the field

11:28every day of the year. The soil, the

11:30ground, it must rest to regain its

11:33fertility. And that's [music] the most

11:35important lesson. I struggled with

Final Thoughts: Embrace Your Unique Learning Path

11:37learning when I was growing up. I failed

11:39every single course in college. Couldn't

11:41focus, couldn't retain anything. But

11:43these techniques, they [music]

11:46changed my life and they might work for

11:48you too. Remember three things. First,

11:51stop racing other people. There will

11:53always be someone who learns faster. So

11:56what? There is someone faster than them.

11:58That loop never ends. Your only

12:00competition is you from yesterday.

12:03Second, get out of your head. You cannot

12:06be the performer and the critic [music]

12:08at the same time. While you're learning,

12:10be the performer, not the critic.

12:12[music] And finally, give yourself time.

12:15Learning is like an ocean. It has its

12:18rhythm. It es flows. Honor that cycle.

12:22With enough [music] time, there is

12:24nothing you can't learn and nothing you

12:27[music] can't become.

12:29If you like this video, please

12:31subscribe. Thank you and I love

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