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# Reading Maths Books
## Finding Texts for Study
You start first with a topic you want to learn about. Then you
research texts to study from. Broadly speaking, they are:
* Easy-reading high school books. Good if you are very short on
time.
* Undergrad textbooks, such as Springer undergraduate books. They
are a good intro to a subject, or if studying an advanced book
then you will want one or two of these as supplementary material
for understanding difficult concepts.
* Graduate level books usually are the best but require a lot of
effort put in. Concepts and questions will need to be looked up
and cross referenced with other materials.
Examples include the yellow Springer books.
![](springer-intro-to-that-thing.png)
Usually you will follow one main text on a topic, but with a few other
supplementary books as backup. Often you get stuck on a concept in the
main text, and the supplement books will assist you to make sense by
looking at things from a different explanation. Re-phrasing the same idea
using different words can make a big difference in dicephering some
theorem or object.
## Video Courses
There are many high quality online courses following important texts.
They explain the main core forums, focusing your attention on the key ideas
and explaining things in an intuitive non-formal manner.
Favourites:
* [Elliptic Curves by Alvaro Lorenzo](https://alozano.clas.uconn.edu/math5020-elliptic-curves/#).
This course uses the Springer book on Elliptic Curves by Silverman.
* Harpreet Bedi
* Zvi Rosen
* Boucherds
## Getting Excited, Taking a High Level View
Take a look at the contents. Familiarize yourself with the structure of the book.
Make note of topics that you will learn and master. Get excited about the truths
that you will unlock. You will come back here every periodically to remember why
you are studying and where you are going.
Make a lesson plan. Often the first chapter of a new topic is important, but if
you're already familiar then maybe you can jump to advanced material.
Be aware if you struggle too much at the advanced level, and make no progress at
all then it's a signal to swallow your pride, be humble and go down to a lower level
before moving up again. We take shots, but sometimes we have to take a few steps
back. The tortoise beats the hare.
However you must struggle. Don't be a weakling. Fight to rise up. Give it your
focus, dedication and attention. Get into the zone, or [rausch](https://youtu.be/BTXj6ZEANFg?t=443).
You evolve because it is hard.
## Reading the Chapter
Now you've chosen your chapter. Do a light first-pass read through it. Focus not
on the details but the main theorems and structure of what you're learning.
Try to understand from a conceptual level the main ideas and how they will fit
together.
It's normal for the end of the chapter to feel increasingly cryptic and unintelligible.
Now return to the beginning of the chapter and begin seriously reading it.
Make sure to follow the logic of ideas and understand what new objects are.
You might get stuck on a difficult idea or long proof. Feel free to skip over
these and return back to them after. Many of the concepts will be new, and
you will be awkward in your dealing with them. Do not worry as the more familiar
you become with this subject, your understanding will become solid.
As you work through the chapter towards the end, you are learning where all the theorems,
definitions and proofs are. You will likely return back to these as you try to
solve questions.
While you're reading through, you will likely pass back over theorems you tried
to understand earlier but skipped over. If they still don't make sense, then it's
fine to again put them to the side and return back to them again after.
In this way we are reading a chapter in several passes, going back through past
material as we go forwards or try to solve questions. We also might sideline material
in the beginning and decide to look more into them later.
Eventually our familiarity with the chapter is strong, and everything (more or less)
makes sense.
## Solving Questions
When you are stuck, feel free to ask others in the team, or post questions on math
stackexchange if nobody knows.
You will need to research things, searching the web and studying the supplement books.
I tend to slightly prefer books with solutions to questions for self study.
You should always do questions. As many as possible. For core subjects, always attempt
to do all or most of the questions, unless there are far too many.
When you are shorter on time or studying a subject on the side, you may choose to pick
out a sample of questions with a mix of important looking topics and others which grab
your attention or pique your curiosity.