Quantum computing - Practical and theoretical analysis of selected algorithms
Quantum computing - Practical and theoretical analysis of selected algorithms
| Seminare | 2 SWS / 5 ECTS |
| Veranstalter: | Vivija Simić |
| Zeit und Ort: | Course lecturers: Barbora Hrdá and Vivija Simić Mandatory preliminary online meeting: 8.2.21, 11 a.m. Slides from the preliminary meeting - updated 8.3.21 https://bbb.in.tum.de/viv-66g-ckm
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| Beginn: | 2021-02-08 |
| Klausur: | Scientific report and presenation |
The lecture is given in german and english / Die Veranstaltung wird in Deutsch und Englisch gehalten
Description:
In this seminar practical and theoretical aspects of quantum computing and post-quantum algorithms will be explained and analyzed. The goal is to understand the most important methods in quantum computing and to shed light on the security implications for cryptological methods.
Prerequisites:
- strong mathematical background
- good Python skills
- mandatory participation in the preliminary meeting
- registration via the matching tool
Objectives:
- improving scientific writing skills
- improving professional presentations
- enhancing theoretical and practical security skills
Topics:
Part I: Quantum Computing
- Quantum Teleportation - Explanation of the mode of operation using a practical implementation in Qiskit
- Amplitude Amplification using the example of the implementation of a simple Grover search algorithm in Qiskit
- Quantum Fourier Transformation and its significance for the Shor's algorithm
- IT protection goals in Quantum Computing: Measures to protect integrity and confidentiality
Part II: Post-Quantum Cryptology
- Lattice-based encryption methods
- Methods based on mutlivariate polynomials
- Signature methods based on cryptological hash functions
- Encryption methods based on error correcting codes
TUMonline Link: