Introductory textbook on partial differential equations with applications in mathematical physics and engineering.
This foundational text provides an accessible, geometrically-oriented introduction to the theory of complex numbers and conformal mappings. Based on a lecture for high-school students, Markushevich avoids dense arithmetic by interpreting complex numbers as directed line segments and functions as mappings. The book is notable for its practical application of Zhukovsky's function to the construct…
This book is a comprehensive and authoritative textbook on biophysics, presenting an integrative treatment of biological systems using physical, chemical, and mathematical principles. It covers topics ranging from cell structure, macromolecular chemistry, biophysical methods, thermodynamics, membranes, photobiophysics, biomechanics, neurobiophysics, and evolution. The second edition is complet…
A university-level physics textbook (Part 2) focusing on electric and magnetic fields, wave phenomena, and an introduction to particle physics. It is part of the well-known Sears and Zemansky physics series used widely in undergraduate education.
A classic monograph on charge transport in solids, focusing on current injection mechanisms, space-charge-limited currents, and theoretical models of conduction in insulating and semiconducting materials. Widely used in solid-state physics and electronic materials research.
Proceedings of the 33rd Symposium of the Society for Developmental Biology, presenting research on the molecular, cellular, and physiological aspects of reproductive development.