Explore the cutting-edge world of electrical transport in nanoscale systems with this comprehensive graduate textbook. Perfect for physics, chemistry, and electrical engineering students, it delves into the modeling of electronic conduction through nanoscale structures, a crucial aspect of modern nanoscale science and technology. The book critically examines various theoretical approaches, highlighting their assumptions and approximations. Discover insights into current measurement information content, the establishment of steady states, and the application of density-functional theory. With a focus on non-equilibrium statistical mechanics and detailed formal derivations, this essential resource from The Bookish Owl provides a deep understanding of transport phenomena in nanoscale dimensions.