Chemistry

An Introduction to Theoretical Chemistry

Jack Simons

An author-published free second edition linking quantum foundations to electronic structure, statistical mechanics and chemical dynamics.

Prerequisites

General chemistry, calculus and elementary linear algebra are useful. Previous physical chemistry helps; the advanced chapters require more mathematical confidence than the opening background material.

Edition
2
Difficulty Level
Intermediate
Academic Level
Undergraduate
theoretical chemistryquantum mechanicselectronic structurestatistical mechanicschemical dynamics

01 / Reading Guide

Reading Guide

Who this book is for

For senior undergraduate students who want to connect the equations of physical chemistry with molecular models before moving into graduate study. It is a broad theoretical route rather than a software tutorial. The opening background and later specialist chapters can be read at different stages of a course sequence.

Prerequisites

General chemistry, calculus and elementary linear algebra are useful. Previous physical chemistry helps; the advanced chapters require more mathematical confidence than the opening background material.

What it covers

Quantum foundations and molecular models prepare the reader for the major areas of theoretical chemistry. The later treatment relates molecular structure and change to statistical and dynamical descriptions. This breadth gives the book a distinct role alongside a text devoted specifically to interpreting spectra.

How to use it

Start with a tractable model and identify which physical effects it leaves out. Reproduce a short derivation before checking the worked answer, and note how the approximation affects an observable. Choose one later subject to pursue in depth, returning to the background whenever unfamiliar notation or assumptions interrupt the argument.

Edition and sources

The author site explicitly identifies a free second edition. It is an author-issued online revision after copyright was returned, so this record does not reuse the 2003 Cambridge first-edition year or ISBN. No publication year or ISBN is asserted for this online edition.

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