As a result of the work of the nineteenth-century mathematician Arthur Cayley, algebraists and geometers have extensively studied permutation of sets. In the special case that the underlying set is linearly ordered, there is a natural subgroup to study, namely the set of permutations that preserves that order. In some senses. these are universal for automorphisms of models of theories. The purpose of this book is to make a thorough, comprehensive examination of these groups of permutations. After providing the initial background Professor Glass develops the general structure theory, emphasizing throughout the geometric and intuitive aspects of the subject. He includes many applications to infinite simple groups, ordered permutation groups and lattice-ordered groups. The streamlined approach will enable the beginning graduate student to reach the frontiers of the subject smoothly and quickly. Indeed much of the material included has never been available in book form before, so this
This classic text for those studying ferroelectric and pyroelectric devices develops the modern theory of ferroelectricity in terms of soft modes and lattice dynamics and describes modern techniques o
On an average morning in the tree-lined parks, plazas, and play-areas of Manhattan’s Stuyvesant Town housing development, birds chirp as early risers dash off to work, elderly residents enjoy a peacef
On an average morning in the tree-lined parks, plazas, and play-areas of Manhattan’s Stuyvesant Town housing development, birds chirp as early risers dash off to work, elderly residents enjoy a peacef
