Quantum Inspired (Classical) Algorithms
Length and availability 1-2 hours lecture Lecturer Providing institution Competence Framework Topics Expertise levels 5.3 and 8.2 at level C1
Competence Framework topics in lectures: 5
5 Quantum computing and simulation
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Quantum Optimization Algorithms (1-2 hours lecture)
Length and availability 1-2 hours lecture Lecturer Providing institution Competence Framework Topics Expertise levels 5.3 at level C1
Quantum Walks and Linear Algebra (1-2 hours lecture)
Length and availability 1-2 hours lecture Lecturer Providing institution Competence Framework Topics Expertise levels 5.3 at level B1-2
Quantum Singular Value Transformations and Block-encodings
Length and availability 1-2 hour lecture Lecturer Providing institution Competence Framework Topics Expertise levels 5.3 at level B1-2
Quantum Algorithms Tutorial
Length and availability 1-3 hours lecture Lecturer Providing institution Competence Framework Topics Expertise levels 5.3 at level B1-2
Quantum walks: applications and photonic implementations
Length and availability Jan-Feb 3-4 lectures Lecturer Providing institution Competence Framework Topics Expertise levels 4.5 Photonic systems (B1),5.3 Quantum algorithms and computing techniques (B1)5.5 Quantum simulation (B1)
Condensed Matter Qubits
Length and availability Jan-Feb 3-4 lectures Lecturer Providing institution Competence Framework Topics Expertise levels 2.3 to A1, 5.1 and 1.1 to B2 Pre-requisites Basics of quantum mechanics Description The mini-course is intended to give an overview of two examples of qubit: the electron spin in quantum dots and the superconducting Josephson junction. We will present the basic models and the logic gate operations.