Semiconductor Physics

Dr. mult. Karl Wolfgang Böer was distinguished professor of physics and solar energy, and fellow of AAAS, APS, ASES, and IEEE. Over five decades, he gave classes in solid state and semiconductor physics at the Humboldt University and the University of Delaware and gave keynote addresses at numerous international conferences. In his research, he was the first in measuring the Franz-Keldysh effect, discovered high-field domains, the condensation of excitons, and numerous properties of cadmium sulfide. He published 380 papers, 14 monographs, was editor of 23 international conference proceedings and obtained 18 patents. He created Physica Status Solidi in 1960 and the Series Advances in Solar Energy in 1978. He obtained highest honors from the University of Delaware, the American Solar Energy Society, and the International Solar Energy Society. The University of Delaware issued the prestigious solar energy award in his name that is given biannually to one of the world’s leaders in solar energy research and industry. Karl Wolfgang Böer passed away aged 92 on April 18, 2018, shortly after the publication of the first edition of Semiconductor Physics.Dr. rer. nat. Udo W. Pohl, professor of experimental physics, studied physics in Aachen and Berlin, Germany, and received his Ph.D. degree in 1988 from the Technical University of Berlin, where he was principal investigator in the Institute of Solid State Physics and retired end 2020. He is a member of the German Physical Society, participated in international conference committees, and has given keynote addresses at international conferences. Since the early 1990s, he has given lectures on semiconductor physics and epitaxy. In 2009 he was appointed Adjunct Professor of Physics at the Technical University of Berlin. He is series editor of Materials Sciences, has authored over 200 journal articles and conference papers, the monograph Epitaxy of Semiconductors, 13 book contributions, and patents. His research interests include physics and epitaxy of semi-conductor nanostructures and devices

• Part I Bonding and Structure.- Part II Phonons.- Part III Energy Bands.- Part IV Photons.- Part V Defects.- Part VI Transport.- Part VII Generation-Recombination.- Part VIII Kinetics.