Quantum Computing With Qiskit

Quantum Computing With Qiskit
Published 8/2026
Created by Anil Kumar
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 56 Lectures ( 4h 8m ) | Size: 1010.1 MB
Build real quantum circuits with Python and Qiskit - Superposition, Entanglement, and Teleportation
What you'll learn
Explain what a qubit is, how it differs from a classical bit, and what superposition and measurement actually mean - no advanced math required
Build, draw, and run real quantum circuits with Qiskit's QuantumCircuit API, from your very first gate to a multi-qubit program
Run circuits on Qiskit's local AerSimulator across multiple shots, and interpret real measurement counts and probability distributions
Design, build, run, measure, analyze, and visualize your own original quantum circuit from scratch in a hands-on final project
Requirements
Basic Python knowledge: comfortable reading a function and running a script from a terminal
Description
This course contains the use of artificial intelligence.
Most "quantum computing" beginner content stays in slides - big ideas described in the abstract, never actually run. This course isn't that.
From the very first program onward, every quantum concept in this course gets built as a real Qiskit circuit, run on a real local simulator, and read back as a real measured result - not just described. You install a real Linux/WSL2 Python environment. You write real QuantumCircuit code in a real Jupyter Notebook. You run every circuit yourself and watch the actual output. And by the end, you build, run, and analyze a complete quantum circuit entirely on your own, using nothing but the concepts and code you saw work earlier in the course.
Why this course is different from a physics lecture
Quantum computing is usually taught the way it was discovered - through the mathematics first. This course inverts that order for a genuine beginner audience: concept, in plain English → simple explanation → a real quantum circuit → real Qiskit code → a real experiment you run yourself → a project that uses it. No linear algebra proofs, no formal derivations, no physics degree required. Basic Python is the only prerequisite.
What you'll actually build and run
Your development environment - a real Linux/WSL2 setup with Python, a virtual environment, Jupyter Notebook, and Qiskit, from a clean machine to your first working notebook
Your first quantum circuit - a real qubit, a real gate, a real measurement, run on Qiskit's AerSimulator and read back as real measurement counts
Every core quantum gate - X, Hadamard, Z, Y, the rotation gates, CNOT, and SWAP - each one demonstrated with a real circuit and a real, explainable result
Quantum entanglement - a real Bell state and a real GHZ state, built gate by gate, measured hundreds of times, with genuinely correlated outcomes you can see for yourself
A Quantum Random Number Generator - a complete project combining a real quantum circuit with real Python code, converting quantum measurement outcomes into usable random numbers
Quantum teleportation - a full, working teleportation circuit with Alice and Bob, built using Qiskit's modern dynamic-circuit API, verified correct across repeated live runs
A final project entirely your own - design a circuit, add superposition and entanglement, run it for real shots, analyze the results with Python, visualize them, and then experiment by changing the circuit yourself
Every one of these follows the same loop: see the concept → see it as a circuit → write the real code → run it → read the real result. That loop - not a stack of formulas - is the actual, transferable skill this course is built around.
Who this course is for
Complete beginners to quantum computing - no prior experience needed
Python developers curious about Qiskit and quantum programming
Students who want a hands-on, code-first introduction to quantum computing rather than a theory-first one
Anyone who's assumed quantum computing required a physics degree, and wants to find out it doesn't
Learners comfortable with basic Python (reading a function, running a script) - no advanced math or prior quantum background required
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