News Story
Mayergoyz Co-Editor of New 3-Volume Set on Hysteresis

Prof. Isaak Mayergoyz
Hysteresis can be defined as a multibranch non-linearity where the transition from one branch to another is controlled by the past history. The history-induced properties of hysteresis nonlinearities make hysteresis research very challenging, yet interesting and attractive to researchers. Hysteresis phenonomenon is ubiquitous, and is encountered in many different areas of natural science, engineering, and economics.
The Science of Hysteresis consists of contributions from an international list of authors from a wide-range of disciplines, and is rich with supporting illustrations, figures and equations. Volume one covers mathematical models, differential equations, stochastic aspects of hysteresis binary detection using hysteresis, and models of unemployment in economics. Volume two covers physical models of magnetic hysteresis and aspects of magnetisation dynamics, while volume three covers hysteresis phenomena in materials.
The treatise is a valuable resource for applied mathematicians, physicists, engineers, materials scientists and economists engaged in the fundamental study of hysteresis and its far-reaching applications.
For more information about the book, or to order it online, visit:
http://www.elsevier.com/wps/find/bookdescription.cws_home/704892/description
Published March 16, 2006