Quantum Computing with IBM Quantum Experience

• An understanding of Python programming

Audience

• Computer scientists

Quantum computing is the advancement of the binary system, leveraging quantum phenomena to record information. IBM Quantum Experience is an open source framework that is used to create, edit, and invoke quantum circuits in an interface like simulation.

This instructor-led, live training (online or onsite) is aimed at computer scientists who wish to create, edit, and invoke a quantum circuit using IBM Quantum Experience.

By the end of this training, participants will be able to:

• Set up the necessary development environment to start creating quantum circuits.
• Improve on inaccuracies in quibits using IBM Quantum Experience and its simulations.
• Control gate behavior using the gate's native counterpart.
• Schedule the time of gate events.

Format of the Course

• Interactive lecture and discussion.
• Lots of exercises and practice.
• Hands-on implementation in a live-lab environment.

Course Customization Options

• To request a customized training for this course, please contact us to arrange.

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