FIELDS

Where to get v3

Sorry, we aren't mailing printed copies. If you still have computer-related problems, please contact your System Manager before e-mailing me.

Work in progress on v4

Here is v4 so far (last update: Wednesday, 18-Jan-2017 13:45:40 EST): I (Table of Contents & Outline will be page renumbered last, so use the Sidebar/Bookmarks Window in the pdf. You shouldn't be printing out much yet anyway.)


What makes it different

Reasons not to read this book 🙄

  1. It's too broad.
    1. It's really big. You might never finish it. You will be exposed to too many interesting topics that you know you'll never learn.
    2. It's not about just LHC physics. If you read this book you'll actually learn quantum field theory, which is about more than just 1 lab.
    3. It takes too much time to get to Feynman diagrams. That means you might have to read the chapters out of order (as suggested in the Preface), which is too much trouble.
    4. It has string theory in the last couple chapters. Why would you want to learn anything that might also be applicable to string theory, & suffer guilt by association?
  2. It's too narrow.
    1. You can actually read it without reading another QFT book 1st. So if you already read another book 1st, you might have to unlearn stuff you thought you actually understood, but is really just baggage. In fact, if you learn canonical quantization of QFT you'll already have to unlearn that to understand Yang-Mills in any textbook, so better to not get as far as the Standard Model, or to read a book on just QED.
    2. There is too much math. Multiplying 2×2 matrices & doing Gaussian integrals, & having to look @ lots of indices. Why can't everything be explained with just words?
    3. There are too many words. Why can't there be more calculations? There are explicit calculations of only 4-gluon & 5-gluon amplitudes, why not 6 & 7?
  3. You won't get it.
    1. It might confuse you. That means you might have to think about new things. That can be hard.
    2. It's too different & unconventional. Nobody else uses it to teach a course, it isn't available printed on dead trees, it's free, etc. Maybe something awful will happen if you try it.

For information on my course based on this book, see my PHY 610-611 page.
See also an overview of the course.
See also the APS News article.
An interesting article on open source books.