P1 Quantum computing Lecture, basis sets and definitions. January 23, 2023
P2 Lecture 2 on Quantum Computing, gates and basic operations, January 30, 2023
P3 Quantum computing lectures, basics of measurements and density matrices, prep
P4 Quantum computing lectures, density matrices and entanglement
P5 Quantum computing lecture： density matrices and entropies, Feb 20, 2023
P6 Quantum computing lectures FYS5419, density matrices and entropy and start qu
P7 Quantum computing, gates, circuits and getting started with Qiskit. Lecture F
P8 Quantum computing： solving the Lipkin model using VQE, part 1
P9 Quantum computing： discussion of project using the Lipkin model, March 20, 20
P10 Quantum computing and the VQE, discussion of project work, one and two-qubit
P11 FYS5419 Lecture, implementing the VQE method, Lecture April 17, 2023
P12 First lecture Quantum Computing course, FYS5419⧸9419. Basic definitions and
P13 FYS5419 Lecture, January 23, Quantum computing, Spectral decomposition and M
P14 FYS5419 Lecture on quantum computing： Density matrices, Entanglement and Ent
P15 Quantum computing lecture, entanglement, density matrices and entropies. Sta
P16 Writing your own code for simulating Bell states and links to Qiskit and how
P17 Quantum computing, getting started with the VQE algorithm, simple hamiltonia
P18 Implementing the VQE algorithm for a one-qubit Hamiltonian
P19 Quantum computing： Rewriting Hamiltonians in terms of gates and measurements
P20 Review of Fourier transforms, discrete Fourier and motivation for Quantum
P21 Quantum Fourier transforms, basis equations. Part 1.
P22 Quantum Fourier Transforms and start discussions of Quantum Phase estimation
P23 Quantum phase estimation algorithm
P24 Discussions of project 2 and applications of QPE algorithm
P25 FYS5419⧸9419 lecture January 25, Quantum Computing and Quantum Machine Learn
P26 FYS5419⧸9419 Lecture Feb 12. Quantum gates (one-qubit) and their physical re
P27 FYS5419⧸9419 lecture Feb 19. Entropy, density matrices and one and two-qubi
P28 FYS5419⧸9419 lecture Feb 26, implementing the Variational Quantum Eigensolve
P29 FYs5419⧸9419 Lecture March 5, simulating one -and two-qubit systems with the
P30 FYS5419⧸9419 lecture March 12, setting up the Variational Quantum Eigensolve
P31 FYS5419⧸9419 lecture March 26, start discussion of quantum Fourier transform
P32 FYS5419⧸9419 lecture April 23, quantum machine learning part, starting with
P33 FYS5419⧸9419 lecture April 30, Quantum support vector machines and links wit
P34 FYS5419⧸9419 lecture April 9, quantum Fourier Transforms and quantum phase e
P35 FYS5419⧸9419 lecture May 7, part 1. Basic elements of quantum support vector
P36 FYS5419⧸9419 lecture May 7, discussion of codes for quantum machine learning
P37 FYS5419⧸9419 lecture May 14, discussion of quantum neural networks and short
