If Darwin spent most of his time "hiking mountains... or just sitting and thinking", guess what he was actually doing? Yep, he was studying, and working. Just because he was not hunched over a table or a microscope does not mean he was not studying.
Many famous scientists have something in common: they didn’t work long hours
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Re: Many famous scientists have something in common: they didn’t work long hours
#72Earlier quoted context omitted.
It is a valid strategy when you end up learning as much as a person not cheating. But in general, this is not the case because students see cheating as an alternative to hard work.
You can also learn a ton about how to bend rules when cheating, something that's often useful out in the real world. I feel like half of what I learned in school was how to be better at avoiding doing things (including cheating, when applicable). There's various ways to go about morals in general but "following the rules" in itself is not a good basis for morality.
Actually, there never was a time where I felt that cheating was worth it. On the contrary, the amount of time I'd need to prepare a strategy (compile cheat sheet, figure out how to use it, where to sit, etc.) probably exceeded the time I'd take to just study for the exam!
I agree, always following the rules isn't beneficial to society, but I'd argue it's better than the case where no one is following the rules.
Re: Many famous scientists have something in common: they didn’t work long hours
#73Earlier quoted context omitted.
> "Lookup Musk on Wikipedia and you'll find that he has a BSc. only, and he started a PhD only to quit after a few weeks to pursue his business endeavors." Three of the most important scientific papers in modern history—uncovering the photoelectric effect, Brownian motion and the special theory of relativity—were written about a hundred years ago by a man who could only sign them "Mr." when first writing them. About…
A hundred years ago you could reach the frontier in theoretical physics without a decade of intensive study. That's no longer true.
Re: Many famous scientists have something in common: they didn’t work long hours
#74If their job was, say, picking cotton, then the hours they spent at work would directly correlate to their work output. So what is the difference? Maybe scientists are still thinking about difficult problems when they are away from work. Like when they are sitting in their porch swing with nobody else around to distract.
Re: Many famous scientists have something in common: they didn’t work long hours
#75In my experience these are largely a function of volume, quantity and relationship with your work. Most managers I know can get by even 2-3 hours of work/day. This is true because the work is largely meta- Delegating, tracking things et al.
If you are involved in your work at a lot more micro level, then the speed of the project is the function of your involvement with the project.
This fantasy of achieving extra ordinary things doing just 5 hours of work/day is largely a millennial thing. As a Indian millennial myself, I find this attitude sick. Our fathers used to largely look these things as 'opportunity'.
Re: Many famous scientists have something in common: they didn’t work long hours
#76Earlier quoted context omitted.
For some data I suggest the following books, if the subject interests you: "Peak: Secrets From The New Science of Expertise" "Deep Work" "A Mind for Numbers" All are pretty engaging reads!
Okay, before I read them, are you saying that these books contain evidence for the rather startling thesis that hours of labor are not required for achievement? Because if they are just laying out what you need to succeed (focused practice, immediate feedback, elemental skills or whatever the current theory might be) then, although valuable, it doesn't speak to the matter at hand.
Well, you need to put in something like 3-8 hours per day, certainly. But it's been documented over and over that 60+ hours a week does not increase your productivity.
Each book does contain evidence for its claims based on research. Perhaps "Deep Work" is more anecdotal than the others, but Cal is up-front about this.
Re: Many famous scientists have something in common: they didn’t work long hours
#77Re: Many famous scientists have something in common: they didn’t work long hours
#78The rest of the time, they were hiking mountains, taking naps, going on walks with friends, or just sitting and thinking. Their creativity and productivity, in other words, were not the result of endless hours of toil. Their towering creative achievements result from modest “working” hours. If Darwin spent most of his time "hiking mountains... or just sitting and thinking", guess what he was actually doing? Yep, he w…
Did actually generating the results take long hours and serious work? Of course. But the idea required freeform thought and subconscious mulling.
Re: Many famous scientists have something in common: they didn’t work long hours
#79Earlier quoted context omitted.
Those people are not scientists. Lookup Musk on Wikipedia and you'll find that he has a BSc. only, and he started a PhD only to quit after a few weeks to pursue his business endeavors. Jobs dropped out of University. And Gates is probably closest to a scientist, although I'm not aware of any research by him.
> "Lookup Musk on Wikipedia and you'll find that he has a BSc. only, and he started a PhD only to quit after a few weeks to pursue his business endeavors." Three of the most important scientific papers in modern history—uncovering the photoelectric effect, Brownian motion and the special theory of relativity—were written about a hundred years ago by a man who could only sign them "Mr." when first writing them. About…
Another interesting anecdote is that on the crowd sourcing platform innocentive, the majority of problems (which have stumped fortune 500 R&D departments) are solved by people outside the domain of the problem.
Re: Many famous scientists have something in common: they didn’t work long hours
#80Earlier quoted context omitted.
A hundred years ago you could reach the frontier in theoretical physics without a decade of intensive study. That's no longer true.
Regardless of the century, the credential is not the defining characteristic of science.
The PhD is essentially an apprenticeship to a practicing scientist.