Qkrishi LMS

“Qiskit Fundamentals : A Beginner’s Guide to Quantum Computing”

Prerequisites:

Basic Python programming skills and enthusiasm for learning about Quantum Computing

Course description:

This course offers a beginner-level introduction to Quantum Computing. It starts by providing a concise overview of the fundamental mathematical concepts and Quantum theory necessary for understanding Quantum Computing. The course gradually introduces quantum systems, starting with single qubits and then progressing to two-qubit systems. Additionally, learners are introduced to IBM Quantum Composer and Quantum lab, which provide practical tools and hands-on experience.

By the end of the course, participants will have acquired a solid understanding of Quantum computing concepts such as superposition, entanglement of qubits. They will also have gained the skills necessary to prepare, measure, and visualize quantum states using the Qiskit framework.

Instructor:

Mr. Chetan Waghela, Advisory Research Scientist at Qkrishi and Research Scholar at IIT Ropar

1. Complex numbers and Matrices

1
Complex numbers
7.30 minute
2
Basics of matrices
12 minute
3
Operations on Matrices - Part 1
11 minute
4
Operations on Matrices - Part 2
13.45 minute
5
Operations on Matrices - Part 3
7.15 minute
6
Types of Matrices
11 minute
7
Eigenvalues and Eigenvectors
14 minute
8
Quiz
3 questions

2. Linear vector space

1
Vector spaces
2
Tensor product of vectors
3
Quiz
3 questions

3. Postulates of Quantum Mechanics

1
Schrodinger's cat
6.30 minute
2
Bra-ket notation
3.30 minute
3
Qubits
4
Postulates of Quantum Mechanics - Part 1
14 minute
5
Postulates of Quantum Mechanics - Part 2
11.40 minute
6
Quiz
3 questions

4. Pure states and Bloch spere

1
Bloch sphere
7.45 minute
2
Quiz
3 questions

5. Composite systems and Bells theorem

1
Entanglement

6. Quantum gates and circuits

1
Single qubit gates
8 minute
2
Multiple qubit gates
11 minute
3
Quiz
3 questions

7. Introduction to Qiskit

1
Initialisation
5.30 minute
2
Building Circuits
2.30 minute
3
Measurements
7.30 minute
4
Statevector after measurement
2 minute
5
Bloch sphere
2.45 minute
6
Bloch vector
2.30 minute
7
Bell states
12 minute

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“Qiskit Fundamentals : A Beginner’s Guide to Quantum Computing”
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