This is my fear of working remote. Seems to come up relatively often in threads that discuss remote work -- needing to force oneself to leave the house (which is also the workplace)
Just wanted to say that this looks super dope. Love the aesthetic as well.
Yeah, well I totally agree on that end. Proofs are almost never practical for anyone. Number theory is also a huge bore
Yeah, I was being snarky up above, but will definitely look forward to the future articles.
Here's the way I look at it: learning loss is almost inevitable, but I think it's less of a problem than it appears. What I think we should instead pay attention to is the rate of re-learning. Something may take…
Politely disagree. I'm going to take engineering math to mean ~4 semesters of calculus (differentiation, integration, multivariable, and differential equations) as well as maybe a Linear Algebra class and a discrete…
>"I'll show you how to do DP" Hey it's the same 3 example problems that are in every textbook, GeeksforGeeks, Leetcode, etc.
This is my fear of working remote. Seems to come up relatively often in threads that discuss remote work -- needing to force oneself to leave the house (which is also the workplace)
Just wanted to say that this looks super dope. Love the aesthetic as well.
Yeah, well I totally agree on that end. Proofs are almost never practical for anyone. Number theory is also a huge bore
Yeah, I was being snarky up above, but will definitely look forward to the future articles.
Here's the way I look at it: learning loss is almost inevitable, but I think it's less of a problem than it appears. What I think we should instead pay attention to is the rate of re-learning. Something may take…
Politely disagree. I'm going to take engineering math to mean ~4 semesters of calculus (differentiation, integration, multivariable, and differential equations) as well as maybe a Linear Algebra class and a discrete…
>"I'll show you how to do DP" Hey it's the same 3 example problems that are in every textbook, GeeksforGeeks, Leetcode, etc.