We will break with tradition and the classical approach normally taken in physical chemistry. Instead, we will embark on a voyage of discovery into the molecular world. Chemical science is a molecular science and in this course, the molecular approach will be emphasized. We will build on a foundation of quantum mechanics and use it to develop other concepts of chemical interest. We will discuss atoms, molecules, molecular bonding, and lasers. Our main objective will be to apply these quantum mechanical concepts toward an understanding the different types of spectroscopy such as photoelectron, infrared, visible, and magnetic resonance. Eventually, by using statistical mechanics, we will build up to a discussion of atomic and molecular aggregates and macroscopic properties. You will gain practical experience in the experimental aspects of these ideas in the laboratory. I do not completely separate lecture and laboratory because in reality there is no such separation. The course will be run in a combination of group learning, discussion, and lecture mode that I will explain more fully in class. You will actively construct your knowledge and I will help. I will lecture only on selected topics and when I feel it is necessary. 

Quantum Chemistry is replete with new words, symbols, and phrases. I realize that it is difficult to assimilate such a large body of new concepts. It is extremely important that you try to keep abreast of the material; an hour or so each night is better than ten hours the day before a test. You should always attempt to rephrase a definition or concept in your own words. By doing this, you will have a better understanding. You will be exposed to a number of mathematical tools this semester, some of which may be new to you. Please ask for help if you do not understand these ideas. I will try to minimize the use of mathematics for mathematics' sake. You will need to be familiar with algebra, simple derivatives and simple integrals. We will be using Mathcad for more complicated manipulations. Do not lose sight of the chemistry because of the mathematics! 

You will be expected to keep a complete folio of all of your work for the course. Any quizzes, exercises, Mathcad documents, and other written work should be included in this folio. This folio will be reviewed by me at selected times during the semester. 

There is no textbook but the reference book we will use is:

Physical Chemistry by Atkins & dePaula

GRADES

Notes On Guided Inquiry and Active Learning