The field of biological physics is a broad, multidisciplinary, and
dynamic one, touching on many areas of research in physics, biology,
chemistry and medicine. New findings are published in a large number of
publications within these disci- plines, making it difficult for
students and scientists working in biological physics to keep up with
advances occurring in disciplines other than their own. The Bi- ological
Physics Series is intended therefore to be a comprehensive one covering
a broad range of topics important to the study of biological physics.
Its goal is to provide scientists and engineers with text books,
monographs and reference books to address the growing need for
information. Books in the Biological Physics Series will emphasize
frontier areas of science including molecular, membrane, and
mathematical biophysics; photosynthetic en- ergy harvesting and
conversion; information processing; physical principles of ge- netics;
sensory communications; automata networks, neural networks, and cellu-
lar automata. Equally important will be coverage of current and
potential applied aspects of biological physics such as biomolecular
electronic components and de- vices, biosensors, medicine, imaging,
physical principles of renewable energy pro- duction, and environmental
control and engineering. We are fortunate to have a distinguished roster
of consulting editors on the Editorial Board, reflecting the breadth of
biological physics. We believe that the Biological Physics Series can
help advance the knowledge in the field by providing a home for
publications in the field and that scientists and practitioners from
many disciplines will find much to learn from the upcoming volumes.
