Logo

Lie Groups in Physics by G. 't Hooft, M. J. G. Veltman

Small book cover: Lie Groups in Physics

Lie Groups in Physics
by

Publisher: Utrecht University
Number of pages: 75

Description:
Contents: Quantum mechanics and rotation invariance; The group of rotations in three dimensions; More about representations; Ladder operators; The group SU(2); Spin and angular distributions; Isospin; The Hydrogen Atom; The group SU(3); Representations of SU(N).

Download or read it online for free here:
Download link
(450KB, PDF)

Similar books

Book cover: Mathematics for the Physical SciencesMathematics for the Physical Sciences
by - Dover Publications
The book for the advanced undergraduates and graduates in the natural sciences. Vector spaces and matrices, orthogonal functions, polynomial equations, asymptotic expansions, ordinary differential equations, conformal mapping, and extremum problems.
(46240 views)
Book cover: The Place of Partial Differential Equations in Mathematical PhysicsThe Place of Partial Differential Equations in Mathematical Physics
by - Patna University
The reason for my choosing the partial differential equations as the subject for these lectures is my wish to inspire in my audience a love for Mathematics. I give a brief historical account of the application of Mathematics to natural phenomena.
(7182 views)
Book cover: Introduction to Quantum IntegrabilityIntroduction to Quantum Integrability
by - arXiv
The authors review the basic concepts regarding quantum integrability. Special emphasis is given on the algebraic content of integrable models. A short review on quantum groups as well as the quantum inverse scattering method is also presented.
(10539 views)
Book cover: Tensor Techniques in Physics: a concise introductionTensor Techniques in Physics: a concise introduction
by - Learning Development Institute
Contents: Linear vector spaces; Elements of tensor algebra; The tensor calculus (Volume elements, tensor densities, and volume integrals); Applications in Relativity Theory (Elements of special relativity, Tensor form of Maxwell's equations).
(14240 views)