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This book covers the fundamental
methodologies in mathematical physics, including the
theory of functions of complex variable, the derivation
of mathematical physics equations and the methods for
solving them, and the properties of some special
functions. Besides the common and classical methods,
updating ideas are also introduced, e.g., the saddle
point and asymptotic representation, the generalized
function, and the single soliton solution of nonlinear
equations. This book is not only necessary for the
college students majoring in physics to learn the
electrodynamics and quantum mechanics, but also
indispensable for most students majoring in science and
technology to further their studies.
This book will be accompanied by an
Exercises and solutions book,
Exercises in Mathematical Physics, by the
same authors, published in April 2006. |
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Liu Lianshou,
a professor at Institute of
Particle Physics Huazhong Normal University, is
a famous theoretical and particle physicist and
also an honorable member of the director-board
of Chinese High Energy Physics Society. He has
made important contributions to the theory of
multiparticle production in high energy
collisions. He has 50 years experience of
teaching physics and mathematics in
universities. He has published a few textbooks
including
Theoretical Physics,
Tensor and its Application in Physics,
and
Particle Physics.
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Wang Zhengqing,
a professor at Physics Department
of Yangtze University,
graduated from
Peking University in 1956.
He taught the course
Methods of Mathematical Physics at Peking
University for about 10 years. He has published
a translation of book
Problems in Quantum Mechanics.
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