Teaching
an entanglement circuit as used in the quantum communication lecture
Openly available digital teaching materials will be published here, in parallel to running lectures and lab courses. Complete and timely sets of lecture materials are available via the Uni Jena's moodleExternal link platform, If you want to participate in any lectures please sign in via Uni Jena's FriedolinExternal link System, or send me an E-Mail if you want to paricipate as externally. All lectures are avaialble in hybrid form and can be attended online. Lectures on Quantum Computing also available via the QTOM programmeExternal link of the European Quantum flagship.
- Quantum Computing Experiment 1: Introduction to Python & QISKITipynb, 403 kb
- Quantum Computing Experiment 1: Introduction to Python & QISKITpdf, 4 mb
- Quantum Computing Experiment 2: Quantum Advantage in Phase Measurementipynb, 1 mb
- Quantum Computing Experiment 2: Quantum Advantage in Phase Measurementhtml, 2 mb
- Quantum Computing Experiment 3: Grover's Algorithm (Python Notebook)ipynb, 435 kb · de
- Quantum Computing Experiment 3: Grover's Algorithm (HTML)html, 893 kb · de