- Welcome
- How To Use This Course?
- Presentation for the Course
The Complete Quantum Computing Course
Quick Facts
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
A quantum computer is a blueprint for computer construction. The concept is that quantum computers can use quantum mechanical concepts such as superposition and entanglement to perform data operations. The fundamental principle of quantum computing is that quantum properties can be used to represent and manipulate data. The quantum Turing machine, also known as the universal quantum computer, is a theoretical model. Quantum computing is a relatively new concept. Experiments have been done. In these, only a small number of qubit operations were performed. Many national government and military funding agencies support quantum computing research to develop quantum computers for both civilian and military applications, such as cryptanalysis or code-breaking, as well as practical research. The Complete Quantum Computing Course certification is made available by Udemy to candidates who want to learn about Python and Qiskit to build quantum computer circuits!
The Complete Quantum Computing Course online training includes 15.5 hours of video, 12 articles, one downloadable resource, and a digital certificate upon course completion.
The Complete Quantum Computing Course online classes consist of mathematical foundations, qubit, python, qiskit, teleportation, Bernstein vazirani, Deutsch, Grover's, and Shor's algorithm
The highlights
- Full Lifetime Access
- 15.5 Hours of Video
- 12 Articles
- One Downloadable Resource
- Access on Mobile and TV
- Certificate of Completion
Program offerings
- Online course
- Learning resources
- 30-day money-back guarantee
- Unlimited access
Course and certificate fees
Fees information
certificate availability
Yes
certificate providing authority
Udemy
Who it is for
What you will learn
The Complete Quantum Computing Course certification, the candidate will learn about quantum computing, quantum programming, qiskit, python, and quantum computers. The candidate will get to know about mathematical foundations, qubits, superposition, interference, and multi-qubit. The applicant will gain knowledge about Python, anaconda installation for windows, MAC users, python from scratch all GitHub links, and writing their own modules. The aspirant will acquire knowledge about qiskit, classical gates, IBM signup, Teleportation, Bernstein Vazirani, and Deutsch as well as Grover's classical search algorithm, Grover's GitHub link, Shor's algorithm, quantum phase estimation of GitHub.
The syllabus
Introduction
Mathematical Foundations
- Intro to Mathematical Foundations
- How Classical Computers Work?
- Probability
- Statistics
- Complex Numbers
- Matrix
- Matrix Operations
- Special Matrices
- Linear Transformation
Qubit and Physics
- Qubit Introduction
- Superposition and Interference
- Entanglement
- Qubit State
- Bracket
- Multi Qubit
Python from Scratch
- Introduction to Python from Scratch
- Anaconda Installation for Windows Users
- Anaconda Installation for MAC Users
- Numbers
- Variables
- Downloading Notebooks
- Python from Scratch All GitHub Links
- String
- Advanced String
- Variable Attributes
- Lists
- Lists Advanced
- Dictionary
- Sets
- Tuples
- Boolean
- Logical Comparisons
- If Statements
- Statements Continued
- Statements Practical Usage
- For Loop
- For Loop Practical Usage
- Break Continue Pass
- While Loop
- Useful Methods
- Zip and Random
- Lists Advanced
- Sublime Text for Windows Users
- Command Prompt for Windows Users
- Sublime Text for MAC Users
- Terminal for MAC Users
- Functions Explained
- Input and Output
- Functions Advanced
- Functions Practical Usage
- Scope
- Class
- Methods
- Class Practical Usage
- Inheritance
- Special Methods
- Error Handling
- Using Libraries
- Writing Own Modules
- Imported vs Direct
Qiskit 101
- Introduction to Qiskit
- Classical Gates
- IBM Signup
- Quantum Gates
- Entanglement
- Qiskit
- First Circuit
- Running on Simulator
- Getting Real Quantum Computer Properties
- Running on Real Quantum Computer
- Toffoli
- GitHub Links
Teleportation
- Introduction to Teleportation
- Phase
- Phase and Bloch Sphere
- Phase ve Bloch Sphere GitHub Link
- Superdense Coding
- Quantum Teleportation
- Teleporation in Qiskit
- Quantum Teleportation GitHub Link
Bernstein Vazirani
- Introduction to Bernstein Vazirani
- Quantum Algorithms
- Bernstein Vazirani Algorithm
- Improving Codes
- Bernstein Vazirani GitHub Link
Deutsch
- Introduction to Deutsch
- Deutsch Algorithm
- Creating Algorithm
- Deutsch in Qiskit
- Deutsch GitHub Link
Grover's
- Introduction to Grover's
- Classical Search Algorithm
- Applying Grover's on Qiskit
- Grover's GitHub Link
- Aqua and Dinner Party
- Dinner Party GitHub Link
Shor's
- Introduction to Shor's
- Shor's Algorithm
- Classical Way GitHub Link
- Shor Easy Way
- Shor Easy Way GitHub Link
- Quantum Fourier Transform
- Quantum Phase Estimation
- Extra Links
Next Steps
- Introduction to Next Steps
- Qiskit Documentation
- Quantum Hardware