Topics for Nonstandard Math Study?

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SUMMARY

The discussion centers on the journey of a student with high-functioning autism who initially struggled with motivation in high school but has since excelled in community college, achieving a 4.0 GPA and becoming president of the math club. The individual expresses a desire to explore advanced mathematical topics, such as those in Courant's "What is Mathematics?" and Comenetz's "Calculus: The Elements," which have been pivotal in their academic transformation. The consensus is that it is never too late to delve into these subjects, as they can significantly enhance understanding and intuition in mathematics and physics.

PREREQUISITES
  • Understanding of K-12 mathematics curriculum
  • Familiarity with calculus concepts
  • Basic knowledge of mathematical intuition and problem-solving
  • Awareness of autism spectrum challenges in academic settings
NEXT STEPS
  • Read "What is Mathematics?" by Richard Courant
  • Study "Calculus: The Elements" by George Comenetz
  • Explore advanced topics in mathematics such as topology or abstract algebra
  • Research effective study techniques for students with autism
USEFUL FOR

Students pursuing mathematics or physics, educators seeking to support neurodiverse learners, and anyone interested in enhancing their mathematical understanding through nonstandard study topics.

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TL;DR:
I was a severely under-motivated student all the way through high school. I was obsessed with math and science as a wee lad, and dreamed of going to MIT. Well, perhaps I was a little too obsessed. Early on, my teachers were telling my parents that I could probably teach the class better than they could, yet at the same time they couldn't pry me from my book of interest and get me to do any actual work. This theme continued all the way through elementary and middle school. Worse, despite my passion (or perhaps because of it), social problems plagued my early life. Unable to cope with my perpetual alienation from my peers, my focus turned entirely onto my social issues. I was officially diagnosed with (high functioning) autism at age 7, and since that day have fought tooth and nail to get to the point where I could function properly in a normal social situation. It's been absolute hell, but I'd say that goal has been sufficiently reached.

I got through high school with okay stats. I admit that I fully deserved those stats; I hardly ever studied or worked. Maybe I had good reasons, or maybe I didn't, but in any case I'm left feeling like I completely wasted quite a few years of academic potential. I brooded about this at first, but I'm starting to find my path. I have a 4.0 GPA at my local community college, got hired as a math tutor pretty much on the spot after my second Calc I lecture, and am president of the school's math club (the youngest club president in the school, I might add). I hope to pursue a dual BS in math and physics starting next fall.

Unfortunately, I'm left with (what I feel is) a bit of a dilemma. I still feel fairly behind in math. I have the standard k-12 math curriculum down fine, but there are many topics that seem interesting and important that I feel I should've touched on years ago. Am I right in thinking this? Topics like "these"[/URL], or the topics covered in Courant's book "What is Mathematics?" come to mind. Is it worth my while to learn such topics now, or is it kind of "too late" in that I should just wait to cover them in depth in college?
 
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It is most certainly NOT too late. I didn't get serious about studying math until the summer after my sophomore year in college. In fact, "What is Mathematics" was the book that came to mind when I read the first bit of your post---It was the book that got me fired up and interested in math. I would also recommend George Comenetz's "Calculus: The elements". Those two books changed my life and the latter helps far more than you'd think with physics intuition.

Background: I dropped out of high school then went to college a few years later and nearly failed out---I read these two books one summer and changed my life. I'm now currently working on my PhD.
 

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