Quantum Communication
Uni Jena — 4.5 ECTS — Spring Semester —14 weeks — 14 lectures 90min — Provider: Falk Eilenberger
Competence Framework Topics: 1.1
1.1 Basic concepts
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Quantum Information Theory
University of Copenhagen — 7.5 ECTS — 7 February 2022 — 7 weeks — Lectures: 2x90min — Exercises: 90 min (locally) — Provider: Laura Mančinska
Open Quantum Systems, Optimal stochastic control, Stochastic Methods, Hamiltonian Dynamics
University of Helsinki — 5-10 ECTS — Fall Semester — — Provider: Paolo Muratore-Ginanneschi,
Quantum Computing
Uni Jena — 4.5 ECTS — Spring Semester —14 weeks — 14 lectures 90min — Provider: Falk Eilenberger
Open Quantum Systems, Optimal stochastic control, Stochastic Methods, Hamiltonian Dynamics
University of Helsinki — 5-10 ECTS — Fall Semester — — Provider: Paolo Muratore-Ginanneschi,
Quantum Mechanics From Condensed Matter To Computing
University of Copenhagen — up to 10 ECTS — Jan-June 2022 — 4 phases — Provider: Albert Werner
Quantum Physics For Computer Scientists
Sorbonne University — 9 ECTS — September to December 2021 — 10 weeks — Lectures: 4h30 mins — Exercises: 4h30 min — Provider: Alex Grilo
Competence Framework for Quantum Technologies
The competence framework aims to map the landscape of competences and skills in Quantum Technologies thus establishing a common language facilitating communication and cooperation among different stakeholders in the education ecosystem.
Quantum Information Theory
University of Copenhagen — 7.5 ECTS — 7 February 2022 — 7 weeks — Lectures: 2x90min — Exercises: 90 min (locally) — Provider: Laura Mančinska