Skip to Content on-demand course QC101 Quantum Computing and Introduction to Quantum Machine Learning February 2021
Intermediate
11h 52m
English
Closed Captioning available in English Course outline Chapter 1 : Introduction 6m
Chapter 2 : Quantum Physics Through Photon Polarization 40m
Chapter 3 : Math Foundation: Complex Numbers, Probability, Linear Algebra, and Logic 4h 7m
Chapter 4 : Quantum Cryptography 29m
Chapter 5 : Developing a Math Model for Quantum Physics 5m
Chapter 6 : Quantum Physics of Spin States 15m
Chapter 7 : Modeling Quantum Spin States with Math 20m
Chapter 8 : Reversible and Irreversible State Transformations 4m
Chapter 9 : Multi-Qubit Systems 2m
Chapter 10 : Entanglement 4m
Chapter 11 : Understanding Superposition and Entanglement with Quantum Simulators 53m
Chapter 12 : Quantum Computing Model 22m
Chapter 13 : Quantum Programming with Microsoft Q# 33m
Chapter 14 : IBM Quantum Experience 2m
Chapter 15 : Quantum Programming and Algorithms with IBM Qiskit 1h 12m
Chapter 16 : Machine Learning Foundation 1h 34m
Chapter 17 : Quantum Machine Learning with Qiskit 59m
Show More Measuring Superposition States
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