I would say that the list is probably still pretty good:
1,372 karma · joined May 23, 2011
I'm on the lookout for some hard, and interesting things to work on.
I would say that the list is probably still pretty good:
It was a pretty profound book, and he used to always explain everything to me in terms of patterns and sequences, and could see if I could guess what lay ahead (in terms of a specific pattern or sequence). It was quite exciting when I got the answers right.
I would guess that a similar approach would work now, perhaps with a more modern language?
Also, kids (at least I know I used to) love stories on web security (admittedly the gritty details can be boring to them) however, with your expertise I'm sure you could find some way of conveying the excitement of beating the system without actually going into the details.
EDIT: To answer your question particularly about projects, I think that they will grow into coding from the more math-like perspective that I described. When they figure out algorithms and want to actually see them fleshed out in real results, they'll automatically take to coding things. After that, the world is their oyster.
http://economix.blogs.nytimes.com/2012/01/17/measuring-the-t...
The linked article, states a floor of $8.4 million, which is ~ $9 million.
http://zionsphere.hubpages.com/hub/perceptionofhappiness
Unfortunately, I could not find the original study, however that link seems to summarize it pretty reasonably.
While most people may choose the money, that choice isn't necessarily better, and hence doesn't mean the people with more money are necessarily 'happier'.
One would be to skirt the system, prepare for exams, and basically retain hardly anything.(This happens extremely often now, especially because of the number of smart yet not-so-determined kids who can get away with coasting, but they don't realize that it'll cost them later.
American schools tend to be lenient on the amount of time required to be spent on school work which allows them leeway to pursue things interesting projects if they are so motivated.
The second is to actually learn the material and work your way through it, thus being able to handle the exams well, and getting something out of your education.
The large part of why students pick the first option is most of the time the material is not very challenging and students find it much easier to slack off than take an initiative to go above and beyond the standard curricula.
The flipside occurs in Asian schools, where while the material is not challenging, it does take a lot of time and effort (not mental, but just constant work) to do well, and survive. This albeit crushes the innovative side that students should nurture at a high school level.
That I think was also the point that Dawkins was trying to make.
It is very likely and probable that socio-economic status is a causal factor, however the point being made is not that that is untrue, it is that there is another one of (likely) equal importance.
Here is the link to that talk [video]: http://www.youtube.com/watch?v=N7rR8stuQfk
(It is quite long, but in my opinion worth the watch)
TLDW: He presents evidence of the rise of religion being a major if not the major contributing factor to the downfall of critical thinking, most significantly saying that people invoke a religious philosophy of ignorance at the end of their knowledge, and this is quite dangerous to scientific thinking.
If you've been through the same thing, I would definitely want to be able to contact you in case you have any advice on such matters.
Could I request you to provide me some way of remaining in touch with you?
Thank you!
I couldn't agree more. WHile I've had only a brief stint with MATLAB at an internship, the code was possibly the ugliest thing I'd ever seen. Given that I'm a physics major and will probably be encountering matlab quite frequently, I sure hope that it won't be so horribly documented, and just so unreadable.
I was so offended, I had to rewrite over 2000 lines of code in python, and on completion, the python code was a little of 700 lines, clean, and so god-damn readable.
To any other academics out there, I urge, no plead with you to consider using a more general purpose programming language. It is a nightmare for undergrads like me to try and extend matlab to further applications.
However, I'm glad to say that the first computational physics course we will be taking at our university teaches us python, thankfully someone in the department had a clear view of what was going to benefit us.
I've seen courses where we're taught next to nothing in terms of thoroughness and also courses that stick us neck deep in the subject, literally going from axioms to a complete, standard mathematical framework.
I highly admire the approach of prof. Dijkstra here, since the purpose of going to University is to learn the most we can, from people who know the stuff they're teaching very well, or have the ability to understand said things at a deeper level than the student currently has.
Thus, I cannot see how paying tuition entitles us to demand a professor to do X/Y/Z for us, we're paying not for them to be at our feet, but for access to their understanding of subject matter, which often (depending on the prof./University) is world class.
I also do not see how the professor comes across as omnipotent here at all, he gives students complete control, as can be seen in If I use a word you don't recognize or a sentence you cannot attach a meaning to, it is your duty to ask for clarification. If I go too fast, it is your duty to slow me down.
We pay for our professor's time, and very often the professors who treat the students as adults are the most effective, and are contributing not just to the knowledge of the student, but to their growth as independent thinkers as well.
That being said, our ailments could probably be categorized by affecting all aspects of our life equally and in full measure of time (i.e something that doesn't fluctuate across the years is probably an untreated ailment).
1) Yes, most Indians who graduate from their colleges often are lacking quite horrifically in their knowledge as compared to a similar non-Indian counterpart, primarily because the culture within the educational system is largely based around acquiring short term knowledge and then never looking back.
While in the Canadian system, I found it quite pleasant that everything is gradually built from what you learn in your first year, the Indian system is modularized and disparate, with large parts of what they learn forgotten in their earlier undergraduate years.
2) There is a vast variation between the quality of universities in India, however even the IITs are definitely not the same thing anymore. My father who went to IIT gave me the impression that it was definitely a centre for higher learning, where the students actually seriously thought critically about what they were studying, whereas now (through the descriptions of most of my friends and colleagues), they have been reduced to places where one no longer has such a luxury, as their marks matter more than the actual knowledge they accumulate; this wouldn't be much of a problem if the courses actually aligned with real world problems, however the courses deal are largely tangential to real hard work that one might see in academia or industry.
3) In contrast to this, American (Or Canadian) universities offer a much more comprehensive education, and while definitely relying more on the initiative of the particular student, they generally encourage independent critical thinking, and don't place much emphasis on a number received from a three hour exam. This I think is the crucial difference between graduates of these universities and graduates from Indian universities, those who actually go on to do something important would have had a much harder time in an Indian university than a non-Indian one.
I should also probably state for completeness that I am not pursuing and Engineering degree, and I am a physics major, however I don't believe that makes much of what I have said irrelevant.
I suspect that the author meant this in non-intimate situations, however I agree with your general trend of reasoning. These types of people are comforting to the extreme, I would assume that would (technically) make them satisfying friends and lovers. I'd love to see a clarification of your use of unsatisfying here.
However their ability to think is still limited to merely the thought processes of an author for children ( Disclaimer: I have no intention of belittling Enid Blyton here).
By just reading Enid Blyton you can't think in terms of metaphors or similes or puns etc. By reading Shakespeare you gain an inherent ability to think in a completely new way. This is also perhaps very similar to what PG says in ANSI Common LISP about LISP's unusual appearance, to quote PG: ' You have to think in a language to write programs in it, and it's hard to want something you can't describe. When I first started writing programs-- in Basic-- I didn't miss recursion, because I didn't know there was such a thing.' Similarly if you didn't know there was such a thing as personification, you wouldn't miss it!
Also, not to forget lots of teenagers are tech-oriented, let's not forget how apple and Microsoft started!