how to study and learn really difficult subjects:
1. don’t panic. hard just means dense. it’s not impossible, it’s just packed. unwrap it slowly.
2. get a map before diving in. watch an overview video, read the table of contents, or skim the wikipedia page. you need context first.
3. use multiple sources. one book will confuse you, two will clarify, three will enlighten.
4. build intuition, not memory. visualize it. simulate it. code it. teach it to a friend or a wall.
5. tolerate confusion. you’ll feel dumb 90% of the time; that’s the price of learning something that rewires your brain.
6. connect it to reality. every abstract thing has a real-world analog. find it. relate it. ground it.
7. revisit the same topic after a week. mastery is not about reading once; it’s about returning after your brain has “chewed” on it.
8. don’t romanticize genius. smart people aren’t born knowing it. they just survived longer in the confusion phase.
the truth is; learning hard stuff isn’t about intelligence.
it’s about endurance, humility, and curiosity.
you stay long enough in the fog until it clears.
@IamSriSudharsan Honestly—Bengali punthi literature was born to be read aloud to people.
The Quran has mostly been memorized by hearing it, again and again.
Even a text like the Gita was born not through the pen, but through the mouth—through listening.
In 1976, a discarded box revealed 138 pages of Ramanujan's messy, crossed-out equations.
Everyone assumed they were failures. But they were actually the future of black hole thermodynamics.
Adam Brown (@A_G_I_Joe) is back!
General relativity is said to be the most beautiful idea the human mind has ever produced.
Most of us will never get to fully appreciate its elegance by taking the 20-lecture graduate course Adam taught on it at Stanford.
But in the video below, Adam distills the key idea at its heart so clearly and compellingly that even I could keep up lol.
At the core of general relativity, Einstein is trying to figure out the principle behind a particular coincidence: that the mass that resists acceleration and the mass that gravity pulls on just happen to be exactly the same. Adam then leads us through the path of insight which Einstein called his “happiest thought.”
Then Adam lectures on black holes. First, by showing how even under special relativity you could create a perpetual motion machine if black holes weren't truly black. And then, by explaining why the observations of an infalling observer and a distant bystander to the black hole would be so radically different
Adam leads Blueshift, the team at Google DeepMind cracking science and reasoning.
Which gave us the opportunity to discuss at the very end how close we are to AIs that could rediscover general relativity from scratch. Stay till the close for some philosophy of science.
0:00:00 – The coincidence that led Einstein to general relativity
0:16:42 – Gravity is a consequence of curved spacetime, not a force
0:31:46 – Why black holes prevent unlimited energy extraction
0:47:12 – Black holes are the ultimate power plants
1:13:50 – What falling into a black hole would actually feel like
1:18:51 – The three ways we know black holes are real
1:24:21 – The first time we saw gravity bend light
1:29:33 – How far can AI get without experimental evidence?
Look up Dwarkesh Podcast on YouTube/Spotify to watch. Enjoy!