I had assumed it to be something like a "Dummies book on _____", but hopefully not so basic that it comes with crayons. However:
Quote:
This book is written with the intent of getting readers started in string theory. It
is intended for self-study and to make the real textbooks on the subject more
accessible after you finish this one.
But make no mistake: This is not a “popular” book—it is written for readers who
want to learn string theory.
The presentation has been simplified in some places. I have left out important
topics like path integration, differential forms, and partition functions that are
necessary for advanced study. Even so, there has been an attempt to give the reader
a good overview of the basics of string physics. Unlike other introductory texts, I
have decided to include a discussion of superstrings. It is more complicated, but my
feeling is if you understand the bosonic case it’s not too much of a leap to include
superstrings. What you really need as background for this is some exposure to Dirac
spinors. If you don’t have this background, read Griffiths’ Elementary Particles or
try Quantum Field Theory Demystified. The bottom line is that string theory is an
advanced topic, so you will need to have the background before reading this book.
Specifically, from mathematics you need to know calculus, linear algebra, and partial
and ordinary differential equations.It also helps to know some complex variables,
and my book Complex Variables Demystified is being released at about the same
time as this one to help you with this. This sounds like a long list and if you’re just
starting out it is. But you don’t have to be an expert—just get a grasp of the topics
and you should do fine with this book.
From physics, you should start off with wave motion if you’re rusty with it. Open
up a freshman physics book to do this. The core concepts you need for string theory
are going to include wave motion on a string, boundary conditions on a string (from
basic partial differential equations), the harmonic oscillator from quantum
mechanics, and special relativity. Brush up on these before attempting to read this
book. Due to limited space in the book, I did not include all of the background
material from ground zero like Zweibach does in his fine text. I have attempted to
present as accessible a presentation as possible but assume you already have done
some background study. The three areas you need are quantum mechanics, relativity,
and quantum field theory. Luckily there are three Demystified books available on
these topics if you haven’t studied them elsewhere.
In the short space allotted for a Demystified book, we can’t cover everything
from string theory. I have tried to strike a balance between building the basic physics
and laying down the necessary mathematical machinery and being too advanced
and introducing the most exciting topics. Unfortunately, this is not an easy program
to pull off. I cover bosonic strings, superstrings, D-branes, black hole physics, and
cosmology, among other topics. I have also included a discussion of the Randall-
Sundrum model and how it resovles the hierarchy problem from particle physics.
I'm going to have to pick up some others :-)
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Indeed, Jogga. I recently finished The Reluctant Mr. Darwin by David Quammen and visited the museum exhibit that traced Darwin's formulation of his ideas after the travels on the Beagle. Fascinating to see his notebooks and learn about the process of his thinking.
A gift I recently received, Rosamond McKitterick's Atlas of the Medieval World, and Oliver Sacks' Uncle Tungsten: Memories of a Chemical Boyhood.
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I have read almost all of Jack London's short stories. The story Bâtard is about an evil dog and his evil master who has an interesting death, my absolute favorite Batard by Jack London
I have not read his popular novels like Call of the Wild yet. I am starting to read his hard to find stuff like Iron Heel. I finished Star Rover and it was pretty good, it's basically a bunch of short stories of the main character's past lives and talks about reincarnation and astral projection to escape the hells of San Quentin prison. Before Adam is about a person who has memories of the life of one of his subhuman ancestors, that was pretty good.
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My reading has been interrupted over the last few weeks: I've yet to finish The Origin of Species (although I will this week), but I have worked my way through Ian Lloyd's Build Your Own Website The Right Way Using HTML & CSS twice!
Lloyd's book is an excellent introduction to XHTML and is very easy to follow (I don't have any real background in code other than some VBA and VB6) and has encouraged me to invest in Rachel Andrew's, The CSS Anthology: 101 Essential Tips, Tricks and Hacks. Both will have your site up and running in a couple of weeks.
This short (140 page) book has taken me a couple of weeks to get through, but I have enjoyed every single minute. It is a superb introduction for anyone interested in conceptual mathematics (for instance, curved space, proofs, and imaginary numbers) but it does require a reasonable grounding in basic mathematics and the commitment to master each topic (which is why it took me longer than I expected). That said, Gowers has an easy style that makes abstract mathematics both appealing and accessible. I would not hesitate to recommend this title to anyone!