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13.10.2017 - 12:00

6th OCL-TP Workshop

On 30-31th October, the 6th International Workshop between the "Optical Communication Lab" and the Department "Technological Physics" took place under framework of long-term cooperation agreement between the Israel Institute of Technology and the University of Kassel.

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28.02.2016 - 16:54

Q.com article in the „Physik in unserer Zeit“

A recent open-access article by research partners from the BMBF Q.com Research Network project entitled "Sichere Kommunikation per Quantenrepeater" is published in "Physik in unserer Zeit", which reports on the current state and the main challenges in this field.

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12.12.2015 - 12:00

3rd OCL-TP Workshop

On 10-11th December, the 3rd International Workshop between the "Optical Communication Lab" and the Department "Technological Physics" took place under framework of long-term cooperation agreement between the Israel Institute of Technology and the University of Kassel.

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INA - Technological Physics > Education > Courses > Semiconductor physics

Applied Semiconductor Physic (WS)

Lecturer: Prof.Dr. Johann-Peter Reithmaier

Content of the lectures

The lectures consist of 4 SWh. (lectures and exercises). The lectures are suitable for students from 5. Semester of "Nanostructure Science Course" and "Physics Diploma" (Subject: Experimental Physics or elective course). Basic knowledge of Solid State Physics is desirable. The basics of Solid State Physics will be repeated to the extent of understanding the Semiconductor Physics.
The lectures present the basics of Semiconductor Physics and discuss examples of the most important devices in electronics, optoelectronics and photonics.

The following topics will be discussed:

* Crystal structures
* Energy bands
* Spectrum of the phonons
* Population statistics
* Doping and charge carrier transfer
* Bedding phenomena
* p-n Junktion
* p-n Diodes
* Bipolar transistors
* Thyristor
* Field effect
* Schottky-Diode
* FET
* Integrated circuits
* Storage devices
* Tunnel effect
* Tunnel diodes
* Microwave devices
* Optical properties
* Laser principle
* Wave distribution and guiding
* Photon detectors
* Light Emitting Diode
* High-power and communication lasers
* Small dimensional electronic systems
* Single electron transistor
* Quantum cascade laser
* Quantum dot laser
* Photonic crystals and micro resonators
* Single photon source

Lecture times WS 17/18

First lecture: 19th Oct. 2017

Thursday, 08.30 - 10.00, R 1135

Friday, 09.15 - 10.45, R 1135

Downloads ( password protected )

Lecture script

Exercise papers

Miscellaneous

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