Applied Group Theory in Chemistry

“Applied Group Theory in Chemistry” is a comprehensive guide unraveling the application of group theory in the realm of chemistry. Tailored for chemists, researchers, and students, the book explores key concepts such as molecular orbital symmetry, orthogonal matrices, and rotation matrices. With a focus on canonical symmetry and functional transforms, it provides a deep understanding of the role of group theory in deciphering complex chemical phenomena.

The book delves into real-world applications, connecting group theory to critical aspects like the Faraday effect and Walsh diagrams. Whether navigating the intricacies of Euclid cubes or unraveling the implications of group theory in molecular structures, this book stands as an essential resource, offering valuable insights and applications for those exploring the fascinating intersection of group theory and chemistry.

Keywords

Canonical Symmetry, Euclid Cubes, Functional Transforms, Group Theory, Molecular Orbital, Orthogonal Matrices, Rotation Matrices, Symmetry, The Faraday Effect, Walsh Diagram