Quantum Computing in Python using Qiskit

Quantum Computing in Python using Qiskit, available at $74.99, has an average rating of 4.25, with 102 lectures, 21 quizzes, based on 173 reviews, and has 3537 subscribers.

You will learn about Qiskit Quantum Computing Quantum Information Python Quantum Mechanics Quantum Protocols Quantum Algorithms Quantum Machine Learning This course is ideal for individuals who are Curious about Quantum Computing It is particularly useful for Curious about Quantum Computing.

Enroll now: Quantum Computing in Python using Qiskit

Summary

Title: Quantum Computing in Python using Qiskit

Price: $74.99

Average Rating: 4.25

Number of Lectures: 102

Number of Quizzes: 21

Number of Published Lectures: 102

Number of Published Quizzes: 21

Number of Curriculum Items: 123

Number of Published Curriculum Objects: 123

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Qiskit
Quantum Computing
Quantum Information
Python
Quantum Mechanics
Quantum Protocols
Quantum Algorithms
Quantum Machine Learning

Who Should Attend

Curious about Quantum Computing

Target Audiences

Curious about Quantum Computing

This course is constructed for students interested in Quantum Computing. Whether you are new to quantum computers or someone already familiar with the subject, this is a course for you. Each section of the course has a τheoretical part and a Coding part so that you can become a master in Quantum Computing. I have constructed this course in a way that you will use as little as possible maths while at the same time you will explore every possible aspect of Quantum programming using Qiskit.

Use this course to get ahead of the technology and be useful for the future.Companies like IBM, Microsoft, D-Wave, Google, Intel, Toshiba, Xanadu, Rigetti Computing, Zapata Computing are engaged in the development of quantum computing and are looking for people to work in this field.

Learn Quantum Computing and you will be one step ahead.

Quantum Computers will change our lives and unsolvable problems will be solved. Quantum Computers will offer new drugs, better AI, new encryption schemes and solve problems more efficiently. Industries that evolved in finance, data science, communications, chemicals, software engineering, and academics are investing large amounts of money in this field.

Seize the opportunity to be one of the first.

Τhe topics that will be covered throughout the course:

Mathematics primaries for Quantum Computing
Quantum Computing Theory
Single Qubit Quantum States and Single Qubit Quantum Gates
Multiple Qubits Quantum States and Multiple Qubit Quantum Gates
Qiskit’s Tools for Quantum Computing

- Run experiments on Real Quantum Computers
- IBM’s Quantum Composer
- Obtain information about Backends
- Visualization of Circuits and Results
- Quantum Information using Qiskit

Quantum Communication Protocols

- Quantum Teleportation
- SuperDense Coding
- BB84 Protocol

Quantum Oracles Algorithms

- Deutch-Jozsa Algorithm
- Bernstein-Vazirani Algorithm
- Simon’s Algorithm

Grover’s Algorithm
Quantum Phase Estimation
Quantum Fourier Transformation
Shor’s Algorithm
Quantum machine Learning

All the materials used in this course is completely free and downloadable. Through this course, you will solve many practical tests and coding exercises to get your Certificate of completion and become master in Quantum Computing. Training starts from Zero and ends with Hero.

Reach me on the Q&A for questions!

Enjoy Quantum Programming!

Markellos Anastasios

MSc Theoretical Physicist

Course Curriculum

Chapter 1: Complex Numbers

Lecture 1: Introduction

Lecture 2: Arithmetics with Complexs

Lecture 3: Complex Conjugate

Lecture 4: Euler's Formula

Lecture 5: notes

Chapter 2: Linear Algebra

Lecture 1: Scalars and Vectors

Lecture 2: Vectors as Matrices

Lecture 3: Matrices

Lecture 4: Matrix Multiplication

Lecture 5: Tensor Product

Lecture 6: Unitary Matrices

Lecture 7: Lecture Notes

Chapter 3: Quantum Computing Theoretical Minimum

Lecture 1: Dirac Notation

Lecture 2: Qubits

Lecture 3: Global Phase

Lecture 4: Bloch's Sphere

Lecture 5: Density Matrix

Lecture 6: Purity

Lecture 7: Fidelity

Lecture 8: Quantum Circuit Model

Lecture 9: Lecture Notes

Chapter 4: Python and Qiskit Setup

Lecture 1: Python and Qiskit Setup on Windows

Lecture 2: Python and Qiskit Setup on Linux

Chapter 5: Single Qubit Quantum Gates

Lecture 1: (Theory) Initial State

Lecture 2: (Theory)Identity gate operates in the ground state

Lecture 3: (Coding) Identity gate operates in the ground state

Lecture 4: (Theory) Pauli X gate operates in the ground state

Lecture 5: (Coding) Pauli X gate operates in the ground state

Lecture 6: (Theory) Pauli Y gate operates in the ground state

Lecture 7: (Coding ) Pauli Y gate operates in the ground state

Lecture 8: (Theory) Pauli Z gate operates in the ground state

Lecture 9: (Coding) Pauli Z gate operates in the ground state

Lecture 10: (Theory) Hadamard gate operates in the ground state

Lecture 11: (Coding) Hadamard gate operates in the ground state

Lecture 12: (Theory) Rx gate operates in the ground state

Lecture 13: (Coding) Rx gate operates in the ground state

Lecture 14: (Theory) Ry gate operates in the ground state

Lecture 15: (Coding) Ry gate operates in the ground state

Lecture 16: (Theory) Rz gate operates in the ground state

Lecture 17: (Coding) Rz gate operates in the ground state

Lecture 18: (Coding) Identity gate operates on the excited state

Lecture 19: (Coding) Pauli X gate operates on the excited state

Lecture 20: (Coding) Pauli Y gate operates in the excited state

Lecture 21: (Coding) Pauli Z gate operates in the excited state

Lecture 22: (Coding) Hadamard gate operates in the excited state

Lecture 23: (Coding) Rx gate operates in the excited state

Lecture 24: (Coding) Ry gate operates in the excited state

Lecture 25: (Coding) Rz gate operates in the excited state

Chapter 6: Single Qubit Quantum Gates Identities

Lecture 1: (Theory)Single qubit Identities

Lecture 2: (Coding)Single qubit Identities

Chapter 7: The Most Generall Single Qubit Gate

Lecture 1: Theory

Lecture 2: Coding

Chapter 8: Ramsey Interferometry

Lecture 1: Theory

Lecture 2: Coding

Chapter 9: Multiple Qubits

Lecture 1: (Theory) Multiple Qubits Part I

Lecture 2: (Theory) Multiple Qubits Part II

Lecture 3: (Theory) Two Qubits Quantum Gates

Lecture 4: (Coding) Two Qubits Quantum Gates

Lecture 5: Two Qubits Quantum Gates

Lecture 6: (Theory) Bell States

Lecture 7: (Coding) Bell States

Lecture 8: (Coding) Reduced Density Matrix

Lecture 9: (Theory) Toffoli Gate

Lecture 10: (Coding) Toffoli Gate

Chapter 10: Qiskit's Tools

Lecture 1: (Coding) Beautiful Circuits

Lecture 2: (Coding) Beautiful Results

Lecture 3: (Coding)Arbitrary State Initialization

Lecture 4: (Coding)Arbitrary Gate Initialization

Lecture 5: (Coding)Inverse and Transform Circuit to Gate

Instructors

Anastasios Markellos
Theoretical Physicist

Rating Distribution

1 stars: 3 votes
2 stars: 8 votes
3 stars: 26 votes
4 stars: 45 votes
5 stars: 91 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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