FB20 Computer Science · 6 CP (estimated from SWS) · Offered in WiSe 2026/27, WiSe 2025/26
Average of averages
3.21
Every semester counts equally, whatever its size.
Pooled average
3.25
Weighted by cohort size — what an arbitrary student across all semesters scored.
Pass rate
70%
Share of results at 4.0 or better. 4.0 is the last passing grade.
Semesters with data
3
The German scale runs 1.0 (best) to 4.0 (last pass), with 5.0 as fail. There is no 4.3.
Missing (no reason): 7Reported Sep 5, 2026
Missing (medical excuse): 1Missing (no reason): 4Reported Sep 5, 2026
Reported Sep 5, 2026
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Part 1: Introductory topics . Introduction to Quantum mechanics ( states, measurements, evolution, postulates of quantum mechanics, uncertainty relation, no-cloning theorem) . Quantum entanglement theory ( resource theory of entanglement, multipartite entanglement, mixed state entanglement, entanglement detection/criteria, entanglement measures ) . Quantum channels ( Choi-Jamiolkowski isomorphism, Kraus decomposition, quantum instruments ) . Protocols ( purification, teleportation, quantum key distribution) . Quantum error correction (stabilizer formalism, CSS codes, bounds on codes) Part 2: Quantum Shannon Theory . Distance Measures . Classical Information and Entropy . Quantum Information and Entropy . Entropic inequalities . The Information of Quantum Channels
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