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         Quantum Computing with IBM Quantum Experience培訓(xùn)

Introduction

Quantum Information Theory

The uncertainty theory
Superimposition and entanglement
Subatomic particles
Overview of Classic Computers

Bits
Binary systems
Transistors
Quantum Computing

Topological codes
Circuit QED
Quibits
IBM Quantum Experiences and Python Frameworks

Modules and processes used in quantum computing
Quantum circuit simulations
Circuit composer
Qiskit Notebooks
Preparing the Development Environment

Installing and configuring Anaconda
Installing and configuring pip and Python packages
Installing Qiskit
Configuring IBM Quantum Experience
Configuring the IDE as the project manager
Setting up a version control center (GitHub)
Building QER Circuits in Circuit Composer

Applying gates
Measuring quibits
Saving and running the QER Circuits
Coding QER Circuits in Qiskit Notebooks

Implementing a noisy simulation
Coding a noisy circuit
Implementing a quantum circuit for Quantum Fourier Transform on 4 quibits
Creating a basic algorithm in a quantum circuit
Coding a quantum teleport circuit
Testing the Cirquits

Running the QER circuits on a real IBM quantum device
Analyzing the displayed outcomes
Summary and Conclusion