Master quantum computing fundamentals and practical implementation using IBM Qiskit. Learn quantum mechanics, qubits, and quantum algorithms.
Master quantum computing fundamentals and practical implementation using IBM Qiskit. Learn quantum mechanics, qubits, and quantum algorithms.
This comprehensive course introduces beginners to quantum computing using IBM's Qiskit framework. Starting with quantum mechanics basics, students learn to work with qubits, quantum gates, and circuits. The course progresses through practical implementations using Qiskit 0.23.0, covering topics from basic operations to advanced concepts like quantum teleportation and cryptography. Through hands-on exercises and real quantum computer access, learners gain practical experience in quantum programming.
Instructors:
English
What you'll learn
Identify fundamental concepts of quantum mechanics and computing
Explain differences between classical bits and quantum qubits
Implement quantum gates and circuits using IBM Qiskit
Compare behaviors of various quantum gates on different qubit states
Master quantum algorithms like Deutsch-Jozsa
Understand quantum cryptography and teleportation principles
Skills you'll gain
This course includes:
171 Minutes PreRecorded video
16 assignments
Access on Mobile, Tablet, Desktop
FullTime access
Shareable certificate
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There are 44 modules in this course
This comprehensive course introduces learners to the fundamentals of quantum computing using IBM's Qiskit framework. The curriculum covers essential concepts from basic quantum mechanics to practical implementation of quantum algorithms. Students learn about quantum bits, gates, and circuits, progressing from simple operations to complex quantum protocols. The course includes hands-on experience with IBM's quantum computers, exploring topics like quantum teleportation, cryptography, and the Deutsch-Jozsa algorithm. Throughout the modules, learners gain practical skills in quantum programming while understanding the theoretical foundations of quantum computing.
Introduction to the Course
Module 1 · 21 Minutes to complete
Introduction to Quantum Mechanics
Module 2 · 11 Minutes to complete
Classical Bit Versus Quantum Qubit
Module 3 · 32 Minutes to complete
Creating, Retaining, and Reading out Qubits
Module 4 · 9 Minutes to complete
Vector and Matrix Quantum States
Module 5 · 7 Minutes to complete
Classic Logic Gates Overview
Module 6 · 21 Minutes to complete
Popular Quantum Frameworks
Module 7 · 5 Minutes to complete
Installing Anaconda Python Distribution
Module 8 · 5 Minutes to complete
Installing and Testing Qiskit
Module 9 · 33 Minutes to complete
Pauli X-Gate in Qiskit
Module 10 · 13 Minutes to complete
Pauli X-Gate Input and Output Customizations
Module 11 · 6 Minutes to complete
Pauli X-Gate in Real IBM Quantum Computer
Module 12 · 21 Minutes to complete
Pauli Matrixes as State Vectors
Module 13 · 7 Minutes to complete
Pauli Y-Gate Operations
Module 14 · 13 Minutes to complete
Pauli Z-Gate
Module 15 · 22 Minutes to complete
Eigenvectors of XYZ Gates
Module 16 · 6 Minutes to complete
Hadamard Gate Introduction
Module 17 · 4 Minutes to complete
Hadamard Gate in Qiskit
Module 18 · 18 Minutes to complete
Hadamard Gate Exercises
Module 19 · 14 Minutes to complete
H Gate in Real Quantum Computer
Module 20 · 3 Minutes to complete
R Phi Gate
Module 21 · 19 Minutes to complete
S and T Gates
Module 22 · 6 Minutes to complete
U and I Gates
Module 23 · 5 Minutes to complete
Multi-Qubit States Introduction
Module 24 · 20 Minutes to complete
Representing Multi-Qubit States
Module 25 · 8 Minutes to complete
Multi-Qubit Circuit Using Single Qubit Gates - Sample Circuit 1
Module 26 · 5 Minutes to complete
Multi-Qubit Circuit Using Single Qubit Gates - Sample Circuit 2
Module 27 · 17 Minutes to complete
CNOT Gate with Classical Qubits
Module 28 · 6 Minutes to complete
CNOT Gate with Control Qubit Superposition
Module 29 · 4 Minutes to complete
CNOT Gate with Control Qubit Superposition - in Real Quantum Computer
Module 30 · 19 Minutes to complete
CNOT Gate with Both Qubit Superposition
Module 31 · 4 Minutes to complete
CNOT Gate with Both Qubit Superposition Target X
Module 32 · 5 Minutes to complete
CNOT Circuit Identities
Module 33 · 21 Minutes to complete
CZ Circuit Identity
Module 34 · 9 Minutes to complete
CY Circuit Identity
Module 35 · 4 Minutes to complete
SWAP Circuit Identity
Module 36 · 19 Minutes to complete
Toffoli Gate
Module 37 · 5 Minutes to complete
Toffoli Circuit Identity
Module 38 · 3 Minutes to complete
DJ Problem Overview
Module 39 · 22 Minutes to complete
DJ Algorithm Design
Module 40 · 6 Minutes to complete
DJ Algorithm Implementation
Module 41 · 30 Minutes to complete
Quantum Cryptography: Quantum Key Distribution
Module 42 · 10 Minutes to complete
Quantum Teleportation Theory
Module 43 · 23 Minutes to complete
Further Learning and Resources
Module 44 · 60 Minutes to complete
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