Philipp Strasberg is a Ramon y Cajal fellow at the Institute of Physics of Cantabria in Santander working on a wide variety of topics in nonequilibrium quantum statistical mechanics. He completed his PhD in 2015 under the supervision of Tobias Brandes at the Technical University of Berlin, before joining Massimiliano Esposito's group at the University of Luxembourg for two years. From 2018 to 2024, he was supported by independent postdoctoral fellowships to work at the Universitat Autònoma de Barcelona in collaboration with Anna Sanpera and Andreas Winter.
Strasberg offers a valuable contribution to the field of thermodynamics, a discipline that provides the underpinnings for analyzing quantum systems. The book will be ideal as a required text for a graduate-level technical elective. It can also be a useful resource for researchers employed in high-tech industries and as a reference for graduate research students in physics and engineering with major interests in developing efficient, cost-effective future generation technologies, e.g., the new generation of thermoelectric power generators. * Raymond Laoulache, University of Massachusetts Dartmouth, Professor of Mechanical Engineering * A very attractive book covering basic concepts as well as some advanced topics, with worked examples at chapter ends. * Ángel Rivas, Universidad Complutense de Madrid * This coherent presentation of a timely topic is a significant achievement with nothing comparable on the market. * Udo Seifert, University of Stuttgart * Highly welcome by everybody looking for an understandable exposition of the theoretical foundations of a rapidly evolving field. * Andreas Engel, University of Oldenburg * In Quantum Stochastic Thermodynamics, Philip Strasberg has succeeded in giving clarity on an ever evolving and often misleading topic. I am convinced that this book will be the starting point for researchers and graduate students entering the field. It is written in a coherent fashion covering all of the essential material on what I believe, in lieu of the prevalence of imperfect quantum technologies, will become increasingly important. * John Goold, Trinity College, Dublin *