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Theoretische Physik I: Mechanik, Elektrodynamik (4 SWS Vorlesung und 2 SWS Übung) PD Dr. E. Shamonina (Mechanik) und Jun.-Prof. Dr. J. Gemmer (Elektrodynamik), ab 2. Semester Diese Vorlesungen - jeweils eine Doppelstunde -
Der Kurs
basiert auf dem Lehrbuch
WS 06/07Theoretische Physik I: Mechanik, Elektrodynamik (4SWS Vorlesung und 2SWS Übung) by E. Shamonina and O. Zhuromskyy, ab 3. Semester Diese Vorlesungen - jeweils eine Doppelstunde -
Der Kurs
basiert auf dem Lehrbuch SS 06Electrical Properties of Modern Materials: Fundamentals and Applications by E. Shamonina and O. Zhuromskyy, Mo. 14-16 32/110 Ringvorlesung GK 695 "Nonlinearities of optical materials", 3 ECTS Punkte, ab 5. Semester The lecture course will provide an overview of electrical properties of modern materials.The application of fundamental concepts will be illustrated with new devices and technologies.The topics covered in the course include the fundamentals of electrical properties of materials (electrons in solids, the band theory of solids, metals and insulators, semiconductors, principles of semiconductor devices, dielectric materials, magnetic materials, lasers, optielectronics, superconductivity) and novel applications and advanced materials (nanotechnology, carbon nanotube transistors, molecular transistors, light emitting diodes, quantum-cascade and biocavity lasers, organic and artificial materials such as polymers, photonic band gap materials and metamaterials) WS 05/O6Waves and Quasiparticles in the Electrodynamics of Continuous Media by E. Shamonina and O. Zhuromskyy, Mo. 14-16 32/110, 3 ECTS Punkte, ab 5. Semester, Ringvorlesung des Graduiertenkollegs "Nonlinearities of optical materials" The lecture course is designed for advanced undergraduate students in Physics as well as for graduate students, in particular those of the Graduate College ”Nonlinearities of optical materials”, the International Graduate School ”Advanced Materials” as well as the Master Course of Studies ”Material Sciences”. The lecture course is
aiming to provide an overview of electromagnetic phenomena in
continuous media including dielectrics, semiconductors, metals
and artificial structures such as photonic crystals and
metamaterials. A large variety of physical phenomena including
propagation, scattering and interaction of electromagnetic
waves, elastic waves and electron waves are treated in a unified
manner. Examples of waves and quasiparticles in solids such as
photons, electrons, phonons, plasmons, polaritons,
polarons, excitons, magnons are given. Vorkurs Mathematik zum Physikstudium: 2 Wochen vor dem Semesterbeginn by E. Shamonina and O. Zhuromskyy, Mo.-Fr. 32/102 14:00-18:00 SS 05Elektrische Eigenschaften moderner Materialien: Grundlagen und Anwendungen by E. Shamonina and O. Zhuromskyy, Di. 10-12 32/215 Further information: WS 04/05Periodic Structures/ Wellen in periodischen Strukturen
SS 04Photorefractive Nonlinearities
Further information: |
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