Quantum Computing tutorial | Part 1: Quantum gates, superposition, entanglement, superdense coding скачать в хорошем качестве

Quantum Computing tutorial | Part 1: Quantum gates, superposition, entanglement, superdense coding

Part 1 of the Quantum Computing tutorial. Covering: 1. Classical logic gates done with matrices and vectors 2. Hadamard, X, Z and CNOT gates, doing calculations with them 3. Superposition, entanglement and phase meaning Upcoming in the next tutorials: 1. All basic quantum algorithms 2. Quantum computer models 3. VQE for chemistry and combinatorics (with Qiskit) 4. Quantum Information Theory (from UvA) 5. Quantum Computing (from UvA) 6. Covering papers in Quantum Computation and Information Theory field You can find the full video whiteboard here: https://www.npw.lt/assets/files/yt-1-... Sources: Since this is a really general introduction, there are too many sources to mention. This content is mostly based on basic "googling", reading scientific articles, textbooks, doing quantum science courses in UvA, etc. For scientific accuracy reffer to Chuang & Nielsen book or peer reviewed scientific articles. --- 00:00 Introduction 03:13 Classical state representation with vectors 07:21 Classical logic gates representation with matrices 18:14 Quantum computing comparison 23:23 Classical and quantum system implementation examples 29:23 Basic quantum gates and the meaning of phase 37:54 Quantum computation example - 1 qubit circuits 41:39 Quantum computation examples - 2 qubits circuits, preparing Bell states 59:40 Superposition, entanglement, phase meanings, superdense coding