Sign up ×
Mathematics Stack Exchange is a question and answer site for people studying math at any level and professionals in related fields. It's 100% free, no registration required.

I have a friend whose experience of math in school was horrible (each teacher, she says, either left or was fired the year after she had them). I've been teaching her about various things: cantor's diagonal argument, irrationality of $\sqrt{2}$, etc. and she gets very excited and interested, and she picks up on mathematical concepts and thinking easily.

I am looking for some resources people would recommend for a curious but unsophisticated mathematical mind. She is not in the target audience of most textbooks at her level; I suspect a traditional scaffolding approach would not spark her passion. How can I help deepen her mathematical thinking without falling into the mundane algorithmics typically associated with the teaching of lower-level math?

share|cite|improve this question
Have you looked at Project Euler? It fuses mathematical thinking and programming in a problem-solving approach, starting at a very low level and getting progressively more complicated. – Chris Taylor Nov 16 '11 at 18:42
What is your friend's age? What is her "level"? (elementary, high school, undergraduate) – Joel Reyes Noche Nov 17 '11 at 0:32
She is about to graduate college with a liberal arts degree. She has seen very little math; probably at the level of a "college algebra" student. – luqui Nov 17 '11 at 1:04

12 Answers 12

I always recommend "What is Mathematics" by Courant and Robbins. This is a lengthy book (around 500 pages), and it covers some very interesting and deep mathematical ideas (as compared to other "popular" books). No other book presents so strongly the motivation and intuition required to understand the deep mathematics within.

It covers very difficult ideas in a very intuitive way, and while equations frequently appear, they are not the focus. Indeed, the entire exposition reads like a novel. The revised edition by Ian Stewart contains a few corrections to the original, and also adds more recent developments (recent is a relative term, the original book was written in 1941) to address problems that were previously open (such as Fermat's Last Theorem) when the book was originally written.

This book, perhaps more than anything else, sparked an extreme motivation for me to learn more mathematics, and I often wish I had read it earlier. If you are looking for something which will do the same, I cannot recommend this book highly enough.

share|cite|improve this answer
I feel like the Elementary Analysis: The Theory of Calculus by Ross would be a great supplement to this book. – user606723 Nov 16 '11 at 23:56
How would a book on the theory of calculus be a great supplement for the person under discussion, who (acc. to luqui's comment to the original question) has seen math just at the level of college algebra (which, for people outside the US, is a misnomer for high school algebra)? – KCd Nov 17 '11 at 4:33
If you look at the contents of ross's book and the contents of process91's suggestion, you'll see. (Look at the sample from google books). "what is mathematic's goes up to calculus and diff eq. Ross's book covers much more than just calculus. It basically starts at the beginning and looks at all math required to prove calculus. I haven't read "What is Mathematics", but I expect that they would work very well together. – user606723 Nov 17 '11 at 20:21
I certainly object to the belief that mathematics is a hierarchy. The "calculus way of thinking" can certainly be learned without a firm grasp of the technicalities of algebra. The dissonance is that many authors assume a background in this or that (rightfully so -- you have to know where you are to know which direction to go), which gives the illusion that a subject is a prerequisite for another subject, rather than a presentation thereof. – luqui Nov 17 '11 at 23:09

Your friend might try looking at one of Martin Gardner's many books, which are typically available at a public library. Here is a list of some of these:

share|cite|improve this answer
Gardner's "The Colossal Book of Mathematics" was a good overview of, uh, pretty much everything. – BlueRaja - Danny Pflughoeft Nov 16 '11 at 21:11

One possibility is The Heart of Mathematics, by Edward R. Burger & Michael Starbird. It’s a so-called liberal arts math textbook that’s rather different from most such, in that it spends some time on mathematical ideas that are more interesting in their own right than obviously of practical use. (Reading it isn’t as much fun as listening to Mike talk, but it’s a very readable book.) The liberal arts math texts Excursions in Modern Mathematics, by Peter Tannenbaum, and For All Practical Purposes, by COMAP, are more conventional, but they also have a lot of interesting and accessible mathematics.

In another direction entirely, she might find things to interest her in Martin Gardner’s old columns in Scientific American, which have been collected in various volumes; a list can be found here. Two more recent popularizers of mathematics who would probably be worth looking into are Ian Stewart and Ivars Peterson, but I’m much less familiar with their writing.

And just for fun, the kids’ story The Number Devil: A Mathematical Adventure, by Hans Magnus Enzensberger, is a cute introduction to some serious mathematical ideas.

share|cite|improve this answer
  1. There are lots of related questions already posted here that you may want to lookat for more ideas, e.g. this one and this one.

  2. One specific reference I like a lot is Gowers's book Mathematics: A very short introduction. It has a lot of interesting examples and discussions, and while it is serious, it manages to avoid being dry.

share|cite|improve this answer

There's C. Stanley Ogilvy's book Excursions in Geometry. See my review on You hardly need to know anything in order to read it.

share|cite|improve this answer

Besides Martin Gardner, I would highly recommend Ian Stewart's books.

Game, Set and Math for example is an excellent (non-typical) start for various mathematical ideas.

share|cite|improve this answer

She might try Combinatorics Through Guided Discovery. It is a "textbook" but written in an interactive style, with the bulk of the book being problems for the reader to solve. Because the subject is combinatorics, there are no prerequisites for the book other than an interest in learning how to count! And it is also freely available for download, so there's no cost in giving it a try.

share|cite|improve this answer

A good book written for college students, but also accessible to high school students and adults, is Sherman K. Stein's Mathematics: The Man-Made Universe (published by W. H. Freeman and Company). I have the third edition (1976). It covers topics from number theory, topology, set theory, geometry, algebra, and analysis, and it has six very useful appendices (review of arithmetic, writing mathematics, the rudiments of algebra, teaching mathematics, the geometric and harmonic series, and space of any dimension).

share|cite|improve this answer

I consider myself a visual learner, so I would like to recommend giving MIT OpenCourseWare a try. There are many complete curses recorded as video lectures with very good and passionate professors.

For evaluation, you could take a look for example on Intruduction to Derivatives, or Single Variable Calculus.

I would also like to recommend a book that talks fairly enough about practical uses of Mathematics: "The World According to Wavelets", by Barbara Burke Hubbard, a journalist.

Small (out of context) fragment from the Prolog:

(...) No one claims that only geneticists doing recombinant DNA research should know what DNA is, or that only physicists and chemists should know that matter is made of atoms. In mathematics the reverse is often the case; (...)

This fragment is available in the book preview in Amazon, if someone thinks it should not be posted here please feel free to remove it.

share|cite|improve this answer

Send her to Khan Academy and see if that suits her. She could easily jump in just at her own level and the video lectures given there are truly great!

Khan Academy is the winner of the google 10^100 prject. It is a video library with over 2,700 videos made by Salman Khan, a graduate of MIT.

share|cite|improve this answer

I think Edna Kramer's The Nature and Growth of Modern Mathematics might be a good fit for your friend (URL below), as well as Joel Reyes Noche's suggestion of Sherman K. Stein's Mathematics: The Man-Made Universe.

share|cite|improve this answer

Personally, if I was trying to help someone from a liberal arts background, I would start them with some of the "popular" books out there until they had some basic background in the concepts and a real desire to dive deeper. The "popular" math books are easier to stay motivated reading, and I read a lot of them as a break from text books when I was working on my undergrad in Mathematics.

I am a fan of many of John Allen Paulos books like "Mathematics and Humor". "From Zero to Infinity" is rigorous, yet written for the non-mathematician (or at least beginner) in an informal, easily read style. "Beyond Numeracy" is a very approachable book with short sections on a lot of mathematical topics and targeted at the undergrad level.

For something slightly more in depth and rigorous, she may want to look at "Chapter Zero" which goes through a lot of the stuff that people should have learned by High School, but almost never did. It is targetted at a High School level audiance and is easy to read, but unlike my other recommendations it is a text book and can be a bit dry and can require some motivation to get through.

Finally, I have to mention "Visual Complex Analysis." It is one of the most approachable and entertaining books on serious mathematics I have ever used, and it is easy to just read selected chapters. (That is what I did, I still haven't finished going through it cover to cover, and used it as a supplement to my text books). But that one is about serious mathematics and is targeted at advanced undergrads in heavily mathematical fields.

share|cite|improve this answer

Your Answer


By posting your answer, you agree to the privacy policy and terms of service.

Not the answer you're looking for? Browse other questions tagged or ask your own question.