Module

Synchrotron

Prof. Müller, Dr. Bründermann

 Content

• Basic operation principles of modern accelerators and synchrotrons
• simulation tools
• comparison to other sources and detection methods

 July / September 2018

Quantum information processing

Prof. Ustinov

• Introduction to quantum theory, quantum technology, quantum gates
• Implementation platforms: atoms, ions, spins, circuits
• Superconducting quantum circuits

 tba 2018

Basics of analog and digital electronics

Prof. Weber

• Tour de force through analog and digital electronics for beginners

tba 2018

to register please send an E-Mail to antje.martin∂kit.edu

Microwave Engineering and Measurement Techniques

Prof. Zwick

• Basics of microwave engineering and methodology

• Standard microwave measurement methods

   

  
  

 tba 2018

Integrated Photonics

Prof. Koos

• Introduction into theory, technology and applications of photonic integrated circuits (PIC).

 tba 2018

Digital Signal Processing

Prof. Becker

• Fundamentals and classification schemes in computing architectures

• System on Chip design and IP based technologies

• HW-/SW-Partitioning Technologies

 tba 2018

Digital Design and Test Automation Flow

Prof. Tahoori

• Spezifikation, Simulation und Synthese auf System-Ebene
• Simulation und Synthese auf Logik-Ebene
• Design for Testability
• Generierung von Testmustern und Fehlersimulation
• Physisches Design und Verifikation
• Timing, Flächen und Verbrauchsanalysen.

July 30 - August 3, 2018

to register, send Email to

cdnc∂itec.kit.edu

• Introduction to Transmission Electron Microscopy and its use in materials sciences

• Basic understanding of TEM operation, image formation and analytical TEM
  techniques to understand its use for materials characterization.