The Complete Mathematics for Quantum Computing Course

سرفصل های دوره

Learn every mathematical concept for Quantum Computing in one complete course!

1. Introduction

1. Welcome

2. Curriculum and Objectives of the Course

3. How to Use This Course

4. Mathematics for Quantum Computing Why All the Maths

2. Trigonometry

1. Why Learn Trigonometry

2. sin, cos

3. tan, cot

4. Unit Circle

5. Degrees and Radians

6. Inverse tan

7. Special Angles and Useful Identities

8. Trigonometry in Quantum Computing

9. Your First Quiz

10. Checkpoint for Trigonometry.html

3. Complex Numbers

1. Why Learn Complex Numbers

2. Quadratic Equations

3. Solving Quadratic Equations (Delta)

4. Imaginary Unit (i)

5. Complex Equations (z = a + ib)

6. Complex Addition and Complex Multiplication

7. Complex Conjugate

8. Complex Numbers in Coordinate System

9. Complex Modulus

10. Eulers Formula

11. Eulers Identity

12. Complex Numbers in Quantum Computing

13. Checkpoint for Complex Numbers.html

4. Probability

1. Why Learn Probability

2. Probabilistic Models

3. Sets

4. Sample Space

5. Bullet Points of Probability

6. Law of Large Numbers

7. Probability in Quantum Computing

8. Checkpoint of Probability.html

5. Vectors

1. Why Learn Vectors

2. What are Scalars

3. What are Vectors

4. Scalars v Vectors

5. Vectors in Cartesian Coordinate System

6. Vector Magnitude and Vector Direction

7. Vectors in Polar Coordinate System

8. Vector Addition

9. Vector-Scalar Multiplication

10. Important Properties of Vectors

11. Vector Generalisation

12. Vector Decomposition

13. Shape of Vectors (Rows x Columns)

14. Vector Transpose and Conjugate Transpose

15. Inner Product

16. Comparing Vectors in Coordinate System (Finding Theta)

17. Parallel, Orthogonal, Anti-Parallel Vectors

18. Lineer Combinations

19. Vectors in Quantum Computing

20. Checkpoint of Vectors.html

6. Matrices

1. Why Learn Matrices

2. What are Matrices

3. Matrix Notation

4. Shape of Matrices (Rows x Columns)

5. Why Matrices are so Useful (Solving Linear Systems of Equations)

6. Matrix Addition

7. Matrix-Scalar Multiplication

8. Matrix-Vector Multiplication

9. Matrix-Matrix Multiplication

10. Matrix Transpose and Matrix Conjugate Transpose

11. Identity Matrix

12. Matrix Inversion

13. Matrices in Quantum Computing

14. Checkpoint of Matrices.html

7. Assignment

1. About the Assignment

2. Mathematics for Quantum Computing.html

8. Course Wrap Up

1. Course Wrap Up

2. More Courses about Quantum Computing

3. Working in Quantum Industry

4. Thank you!

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تولید کننده: Udemy