5 ms·
So what do you want to achieve here, because such a platform is just useful if you find either people that are willing to answer specific questions - such as in
by det23x 13y ago
So what do you want to achieve here, because such a platform is just useful if you find either people that are willing to answer specific questions - such as in mathoverflow - or if you want to read something up (and then you probably go to wikipedia or grap another introduction to a topic). Anyway, it is nicely done, but I wonder if there was another intention than "because we can". I have read the "How Function Space is different?" section, but it is not that convincing.
- alexholehouse 13y agoI actually think that for a lot of maths/CS/Physics issues, wikipedia is a horrible introduction to people unfamiliar with the topic. A site which curates explanations in normalspeak with some form of interaction (i.e. "Can you explain why...") would actually be a very useful resource for a lot of people, myself included.
- det23x 13y agoYeah, that's true, but you can also use free ebooks, slides from lectures, etc. and you often find really good stuff. Furthermore one should not have to register for such a service ... consider wikipedia would require you to login to find out how, e.g. merge sort works.
- pvarangot 13y agoWikipedia is supposed to be static, without questions from readers on any engagement besides reading and maybe correcting or expanding something. Also, no serious Wikipedia article about math or physics is thought of as an introduction. Sometimes its the other way around, its written for experts and goes into surface or line integrals, or sometimes even tensor notation, when an introduction would not. I think this website is trying to reduce friction for user interaction and aggregating it, and also tries to curate material into different levels of difficulty. Both things merit asking for a login, for social its obvious why, and to curate for difficulty its helpful to use the feedback from users as a signal of an innadecuate label.
- jonahx 13y agokhan academy, among others, already addresses this
- kyzyl 13y agoKhan academy is nice for the material it covers, but anybody going beyond high school will find it rapidly becomes obsolete (according to the content ca. the last time I checked). The treatments are simply too elementary and the topics too low level. I would think a site where people can ask anything, ala stackoverflow, would yield more useful results for many physics/math/cs students.
- bradddd 13y agoThat may have been true a couple years ago, but they are rapidly expanding. They now include calculus and diff eq with plans to go beyond. They're even researching med school related content for the future. That being said, I wouldn't take that as a reason to not pursue this.
- claudius 13y ago> They now include calculus and diff eq with plans to go beyond. So first year of uni tops, where most of calculus is still high school.
- grwgreg 13y agoThe differential equations videos have been up since 2009.
- kyzyl 13y agoLooking at what's on there, I'm really not convinced. You could not get through an physics, engineering or math program on the material that is there, not even close. If I search for, say, complex analysis, all of the material I get is about complex arithmetic. No multivalued functions, branch cuts, p.v. integrals, harmonic functions, DEs, nothing. It's all what they expect you to know going INTO the course, or that they cover in the first two days. Similarly, if I go into the physics topics, they are all <= intro courses, at best. Optics? Doesn't talk about fourier optics, lasers, etc. E&M? Doesn't seem to mention Maxwell's Equations anywhere... enough said. Quantum mech? Nothing. Statistical mech? Nothing. Okay, how about math? Take a look at the differential equations stuff. No higher order, no series methods, no numerical methods, no coupled systems, no non-linear. Probability? No markov chains, MCMC methods, or anything except basic RVs and statistics (which is not the same thing as probability). Same for linear algebra: no fitting methods, no matrix decomposition, no graph theory. I could go on. The point is that they cover the most basic elements of each subject, and they miss a hell of a lot of important subjects. That's okay, but don't claim that they're anywhere close to being able to educate you at a university level.
- aditgupta 13y agoI wanted to create a complete learning environment for these three subjects. So apart from discussions and articles, there are various other things like Video lectures, book reviews, problem solving techniques, subject groups and visualisations(which will soon evolve to virtual labs). Rather than quickly-learn,quickly-forget model, I wanted to implement a model that is based on solid understanding of concepts.