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Learn everything you need to know about Quantum Computing from beginner to advanced level in one complete course!
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Course overview
Learn everything you need to know to get ready for the technological revolution.
Throughout this complete introduction course, you will learn everything you need to know about Quantum Computing from beginner to advanced level.
Quantum computers are expected to change the technological systems we know and our lives in the upcoming years. Although classical computers and general programming have numerous abilities, some computational problems are extremely hard for them to solve. On the other hand, quantum computers can solve these problems in seconds! If you want to learn about this exciting future technology and prepare yourself for the quantum revolution, this is the perfect course for you!
The course has been designed to cover the every single important concept to understand Quantum Computing. We will literally start from the very beginning of computing history: Abacuses. After learning about the history of computation and how quantum world differs from the classical, we are going to examine three exciting experiments to understand scientific concepts more solidly. Because this course is taking all learners from beginner level to advance, we will cover every important mathematical topic (Even some high school curriculum) to understand Quantum Computing.As a "complete" course, we will also learn Python from zero to intermediate level with real life coding examples! After preparing the necessary background, we will dive deeper into Quantum Computing. Learning about quantum mechanics, quantum experiments, Dirac Notation, Qubits, Bloch Sphere, quantum gates, measurement, and quantum circuits will definitely be exhilarating! Also, you will have the chance to develop your practical abilities by solving numerous quizzes and assignments, and earn a worldwide recognized certificate at the end of the course!
In Complete Introduction to Quantum Computing Course, we will also write real quantum codes in IBM Qiskit language and run them on real quantum computers! Yes, we will actually will take our first step to become a Quantum Software Developer! Afterwards, we will cover more advanced topics including superdense coding, quantum teleportation, Quantum Key Distribution (BB84), Deutsch-Jozsa Algorithm, Grover's Algorithm, quantum algorithms, quantum protocols, quantum hardware, quantum computers, future of technology, and real world applications of Quantum Computing.
Throughout the course we will cover:
History of Computing
Classical Programming
Quantum Physics
Double-Slit Experiment
Schrödinger's Cat Experiment
Quantum Entanglement Experiment
Trigonometry
Complex Numbers
Probability
Vectors
Matrices
Python
Quantum Mechanics
Dirac Notation
Quantum Computing
Quantum Bit (Qubit)
Bloch Sphere
Quantum Gates
Measurement
Quantum Circuits
Qiskit Programming Language
Superdense Coding
Quantum Teleportation
Quantum Key Distribution (QKD - BB84)
Deutsch-Jozsa Algorithm
Grover's Algorithm
Quantum Hardware
Quantum Computers
Real World Applications of Quantum Computing
Future of Technology
Working in Quantum Industry
About Instructor: My name is Arda Hayri Abay. I'm a Quantum Computing Software Developer. I'm currently working as a Section Leader (Instructor) at Stanford University Code in Place. I have completed the nine month-long Quantum Computing and Mathematics program organised by IBM, and taught by the researchers of MIT and the University of Oxford with full-scholarship and 99.1% GPA in high school. During my career, I have worked at Citi Bank as an Early Insight Participant. With three years of teaching experience, I have decided to publish courses on Maven to share my knowledge with people who have interest and are eager to learn.
Who is this course for
01
Students who want to learn about Quantum Computing and get ready for this exciting technological revolution in place.
02
CEO's, CTO's, leading team members, developers who want to work in Quantum industry and apply quantum technologies to their business model.
03
Anyone curious about Computer Science or Quantum Computing wanting to complete a comprehensive course to make a difference.
What you’ll get out of this course
Build a solid understanding on Quantum Computing with every aspects and become one of the pioneers of this technological revolution.
Understand the structure of Quantum Mechanics from beginner to advanced level while implementing the knowledge into real world examples.
Start to write your quantum codes with the Qiskit programming language and run these codes on actual quantum computers.
Learn Qubit and Bloch Sphere with scientific examples broken down in pieces in detail.
Elaborate key quantum concepts like Quantum Gates, Circuits and Measurement to synthesize your quantum knowledge.
Take a solid step into exciting and interesting world of Quantum Physics.
Understand every aspect of Quantum Protocols and Quantum Algorithms in detail and advance your knowledge to master Quantum Computing.
Grasp the differences between classical computers and Quantum Computers to analyze the huge potential that Quantum world is bringing to us.
Learn beginner to intermediate Python in detail to integrate classical coding into our quantum codes.
Build a strong foundation for Classical Programming by covering topics like Computer Science, algorithms, programming, and data structures.
Take a big step to into Mathematics for Quantum Computing. Learn Trigonometry, Complex Numbers, Probability, Vectors, and Matrices.
Discuss and elaborate the Future of Quantum Computing and see the potentials to work in this industry to become a pioneer.
What’s included
Live sessions
Learn directly from in a real-time, interactive format.
Lifetime access
Go back to course content and recordings whenever you need to.
Community of peers
Stay accountable and share insights with like-minded professionals.
Certificate of completion
Share your new skills with your employer or on LinkedIn.
Maven Guarantee
This course is backed by the Maven Guarantee. Students are eligible for a full refund up until the halfway point of the course.
Course syllabus
15 live sessions • 215 lessons • 43 projects
Week 1
- 🎥
Welcome
- 🎥
Curriculum and Objectives of the Course
- 🎥
How to Use This Course?
- 🎥
History of Computing
- 🎥
Classical Programming
- 🎥
Your First Quiz
- ✏️
Checkpoint: History of Computing & Classical Programming
Submit by Aug 11 - 🎥
What is Quantum Computing?
- ✏️
Checkpoint: Quantum Computing
Submit by Aug 11 - 🎥
Classical Physics Behind Classical Programming
- 🎥
Quantum Physics Behind Quantum Computing
- 🎥
Laws of Quantum World: Superposition, Entanglement, Interference
- ✏️
Checkpoint: Physics Behind Classical Programming and Quantum Computing
Submit by Aug 11 - 🎥
Exciting Experiment 1: Wave–Particle Duality
- 🎥
Exciting Experiment 2: Schrödinger's Cat
- 🎥
Exciting Experiment 3: Spooky Distance at Action
- ✏️
Checkpoint: Quantum Experiments
Submit by Aug 11 - 🎥
Quantum Computing v Classical Programming
- ℹ️
About the Assignment
- 🖊️
Assignment: Introduction to Quantum Computing and Computer Science
Submit by Aug 11 - 🎥
Welcome
- 🎥
Curriculum and Objectives of the Course
- 🎥
How to Use This Course?
- 🎥
Mathematics for Quantum Computing: Why All the Maths?
- 🎥
Why Learn Trigonometry?
- 🎥
sin, cos
- 🎥
tan, cot
- 🎥
Unit Circle
- 🎥
Degrees and Radians
- 🎥
Inverse tan
- 🎥
Special Angles and Useful Identities
- 🎥
Trigonometry in Quantum Computing
- ✏️
Checkpoint for Trigonometry
Submit by Aug 11 - 🎥
Why Learn Complex Numbers?
- 🎥
Quadratic Equations
- 🎥
Solving Quadratic Equations (Delta)
- 🎥
Imaginary Unit (i)
- 🎥
Complex Equations (z = a + ib)
- 🎥
Complex Addition and Complex Multiplication
- 🎥
Complex Conjugate
- 🎥
Complex Numbers in Coordinate System
- 🎥
Complex Modulus
- 🎥
Euler's Formula
- 🎥
Euler's Identity
- 🎥
Complex Numbers in Quantum Computing
- ✏️
Checkpoint for Complex Numbers
Submit by Aug 11 - 🎥
Why Learn Probability?
- 🎥
Probabilistic Models
- 🎥
Sets
- 🎥
Sample Space
- 🎥
Bullet Points of Probability
- 🎥
Law of Large Numbers
- 🎥
Probability in Quantum Computing
- ✏️
Checkpoint of Probability
Submit by Aug 11
Aug
7
Session 1
Aug
10
Session 2
Aug
11
Session 3
Introduction: Introduction to Quantum Computing and Computer Science
Students will be able to learn about the curriculum and goals of this course.
Introduction to Computing & Classical Programming
Students will be able to learn about the history of computing and the properties of classical programming.
Introduction to Quantum Computing & Quantum Physics
Students will be able to learn the basics of Quantum Computing and understand the differences between Classical Programming and Quantum Computing.
Quantum Experiments
Students will be able to learn important and exciting experiments about Quantum Computing and Quantum Physics to dive deeper into the quantum world.
Complete Review of Quantum Computing and Computer Science & Assignment
Students will be able to see the big picture of the course and lean more about Quantum Computing, and they will be able to receive a certificate regarding their grade.
Introduction: The Complete Mathematics for Quantum Computing Pt. 1
Students will be able to learn about the curriculum and goals of this course.
Trigonometry
Students will be able to learn the important concepts of Trigonometry in order to learn Quantum Computing.
Complex Numbers
Students will be able to learn the important concepts of Complex Numbers in order to learn Quantum Computing.
Probability
Students will be able to learn the important concepts of Probability in order to learn Quantum Computing.
Week 2
Aug
14
Session 4
Aug
17
Session 5
Aug
18
Session 6
Introduction: The Complete Python for Quantum Computing
Students will be able to learn about the curriculum and goals of this course.
Introduction to Computer Science and Python
Students will be able to learn about the important concepts of Computer Science and basics of Python in order to learn Quantum Computing.
Interactive Python & More on Python
Students will be able to learn about the concepts of Python to make the programs interactive, and more important topics about Python.
Conditional Statements
Students will be able to learn about the conditional statements in Python.
Functions
Students will be able to learn about another important concept in Python, functions.
Lists
Students will be able to learn about the lists and quite useful list methods in Python.
Libraries in Python
Students will be able to learn about the libraries in Python and specifically how to use the Math Library.
Assignment
Students will solve the final assignment about Python for Quantum Computing and they will be able to receive a certificate regarding their grade.
Introduction: The Complete Mathematics for Quantum Computing Pt. 2
Students will be able to learn about the curriculum and goals of this course.
Vectors
Students will be able to learn the important concepts of Vectors in order to learn Quantum Computing.
Matrices
Students will be able to learn the important concepts of Matrices in order to learn Quantum Computing.
Assignment
Students will solve the final assignment about Mathematics for Quantum Computing and they will be able to receive a certificate regarding their grade.
Week 3
Aug
21
Session 7
Aug
24
Session 8
Aug
25
Session 9
Introduction: Comprehensive Introduction to Quantum Mechanics
Students will be able to learn about the curriculum and goals of this course.
What is Quantum Mechanics?
Students will be able to learn about the definition and the properties of Quantum Mechanics.
Waves, Particles, and Wave-Particle Duality
Students will be able to learn the properties of waves and particles, Wave-Particle Duality concept, and the important experiments of Wave-Particle Duality.
Properties of Quantum Mechanics
Students will be able to learn the important properties, statements, and experiments about Quantum Computing.
Applications of Quantum Mechanics
Students will be able to learn the real world applications of Quantum Mechanics in Quantum Computation.
Complete Review of Quantum Mechanics & Assignment
Students will see the big picture of Quantum Mechanics with a comprehensive review and they will solve the final assignment.
Introduction: Comprehensive Introduction to Quantum Computing
Mathematical Representation of Quantum States
Classical and Quantum Gates and Their Mathematical Representation & Assignment
Quantum Bit (Qubit)
Bloch Sphere
Quantum Gates (X, Y, X, H, CNOT, Toffoli)
Measurement
Quantum Circuits
Complete Review & Assignment
Week 4
Aug
28
Session 10
Aug
31
Session 11
Sep
1
Session 12
Introduction: Complete Qiskit Tutorial
What is Qiskit?
Qiskit Basics
Qiskit for Quantum Computing
Complete Review of Qiskit & Assignment
Superdense Coding
Quantum Teleportation
Complete Review of Superdense Coding and Quantum Teleportation & Assignment
Week 5
Sep
4
Session 13
Sep
7
Session 14
Sep
8
Session 15
Introduction: Quantum Protocols and Quantum Algorithms
Quantum Key Distribution (BB84)
Classical Algorithms v Quantum Algorithms
Deutsch-Jozsa Algorithm
Grover's Algorithm
Complete Review of Quantum Protocols and Quantum Algorithms & Assignment
Introduction: Quantum Hardware and Quantum Computers
Quantum Hardware & Superconducting Qubits
Quantum Computers
Complete Review of Quantum Hardware and Quantum Computers & Assignment
Real World Applications of Quantum Computing and Future of Technology
Course Wrap-Up
What people are saying
M.K
B.Z.
H.A.
D.G.A.
Meet your instructor
Course schedule
6-8 hours per week
Saturdays and Sundays
5:00pm GMT - 6:30pm GMT
In live sessions, we are going to start from the beginning concepts of Quantum Computing and we are going to increase our knowledge and experience with plenty of tutorials, real world examples, and Q&A's.
Lecture Videos
With more than 20 hours of video about Quantum Computing, you are going to grasp every single concept in detail and you are going to take solid steps to become one of the pioneers of this exciting futuristic field.
Checkpoints and Assignments
2 hours per week
You will have the chance to develop your practical abilities by solving numerous quizzes and a graded assignment, and earn a worldwide recognised certificate at the end of the course!
Learning is better with cohorts
Active hands-on learning
This course builds on live workshops and hands-on projects
Interactive and project-based
You’ll be interacting with other learners through breakout rooms and project teams
Learn with a cohort of peers
Join a community of like-minded people who want to learn and grow alongside you