Qkrishi LMS

“Qiskit Progression : Intermediate Techniques in Quantum Computing”

Prerequisites:

Linear Algebra and Basic Python Programming, Basics of Quantum Mechanics

Course description:

This course is the second installment in the practical introduction of Quantum Computing. Building upon the foundational knowledge acquired in the first course, this intermediate-level course aims to enable learners to apply the Quantum computing concepts they have learned.

Through hands-on demonstrations, participants will gain practical experience in implementing Quantum algorithms. The course will cover essential algorithms such as Quantum teleportation and Grover’s algorithm, providing learners with a deeper understanding of the concepts and applications.

By the end of this course, participants will have developed the skills necessary to implement these Quantum algorithms themselves, fostering a stronger grasp of Quantum Computing principles and expanding their ability to leverage Quantum Computing for various problem-solving scenarios.

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
14 minute
5
Operations on Matrices - Part 3
6.45 minute
6
Operations on Matrices - Part 4
7.15 minute
7
Types of Matrices
10.55 minute
8
Eigenvalues and Eigenvectors
14 minute
9
Diagonalization of matrices
5.15 minute
10
Eigen decomposion of matrices
6.15 minute
11
Functions of matrices
6. minute
12
Quiz
6 questions

2. Linear vector space

1
Vector spaces
2
Change of basis
12.45 minute
3
Tensor product of vectors
4
Quiz
5 questions

3. Postulates of Quantum Mechanics

1
Schrodinger's cat
6.30 minute
2
Bra-ket notation
3.30 minute
3
Qubits
4
Polarization and Polarizers
4.40 minute
5
Postulates of Quantum Mechanics - Part 1
11.15 minute
6
Postulates of Quantum Mechanics - Part 2
11.15 minute
7
Quiz
5 questions

4. Pure states and Bloch spere

1
Pure states
1.45 minute
2
Bloch sphere
7.45 minute
3
Quiz
5 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

7. Introduction to Qiskit

1
Initialisation
5.30 minute
2
Building Circuits
2.30 minute
3
Measurements
7.30 minute
4
Statevector after measurement
2.15 minute
5
Bloch sphere
2.40 minute
6
Bloch vector
2.30 minute
7
Bell states
12 minute
8
Quantum teleportation
21.30 minute

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“Qiskit Progression : Intermediate Techniques in Quantum Computing”
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