Studienhandbuch | Subject for the master's exam: Semiconductor and Solid-State Physics

Inhalt

Es ist eine neuere Version 2019W dieses Fachs/Moduls im Curriculum Master's programme Electronics and Information Technology 2021W vorhanden.

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
	Structure	M2 - Master's programme 2. year	Physics	Friedrich Schäffler	Johannes Kepler University Linz

Detailed information
Original study plan	Master's programme Information Electronics 2015W
Objectives	Acquirement of an overview and understanding thematical coherences of subject "Subject for the master's exam: Semiconductor and Solid-State Physics".
Subject	The content of teaching results from the content of the individual courses.
Further information	The educational content of the course "Semiconductor devices" (VO+UE) and "Optoelectronic devices" (VO) is required for this field of the master's examination and is examined additionally.

Subordinated subjects, modules and lectures
PR Semiconductor physics laboratory
PR Lab course in organic electronics
VL Organic electronics
VL Special topics in Nanotechnology
VL Laser techniques for micro- and nanostructuring
VL Nanoelectronics
VL Nanofabrication II: Semiconductor Technology
UE Physics of low dimensional systems
VL Physics of low dimensional systems
SE Seminar in Nanoscience and -technology
VL Smart Materials
VL Physics and Chemistry of Organic Semiconductors
SE Science and Technology of Organic Semiconductors
VL Fundamentals of Magnetism
VL Laser physics
VL Physics of Soft Matter
UE Theoretical Electrodynamics II
VL Theoretical Electrodynamics II
VL Special topics in solid state physics
VL Special topics in semiconductor physics
UE Photonics
VL Photonics
SE Seminar in solid state physics
SE Seminar in semiconductor physics
VL Superconductivity and low temperature physics
VL Theoretical Electrodynamics I
UE Theoretical Electrodynamics I
VL Theoretical Quantum Mechanics I
UE Theoretical Quantum Mechanics I