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    Beginner Quantum Computing Course

    A free 6-module quantum computing course designed for beginners with no prior knowledge required. Each module is structured around Bloom's Taxonomy — progressing from basic recall through to evaluation and creation — so you build genuine understanding step by step. The course includes video lessons, hands-on coding exercises using Qiskit, and clear learning objectives for each stage.

    • Module 1: What is Quantum Computing? (Remember)
      • List the main parts of a quantum computer
      • Name 5 big moments in quantum computing history
      • Explain the difference between regular computers and quantum computers
      • Define words like 'superposition' and 'entanglement'
    • Module 2: Understanding the Science (Understand)
      • Explain how superposition works using simple examples
      • Describe how entanglement connects qubits
      • Predict what happens when we measure a qubit
      • Use basic probability to understand quantum outcomes
    • Module 3: Building Quantum Circuits (Apply)
      • Use quantum gates to create superposition and entanglement
      • Build and run quantum circuits in code
      • Run circuits on simulators and real quantum computers
      • Solve simple problems using quantum operations
    • Module 4: Analyzing Quantum Algorithms (Analyze)
      • Analyze how quantum algorithms are faster than regular algorithms
      • Identify different types of errors in quantum computing
      • Examine how quantum and regular computers work together
      • Compare claims about quantum advantage
    • Module 5: Creating Quantum Solutions (Create)
      • Design a custom quantum circuit to solve a specific problem
      • Build programs combining quantum and regular computing
      • Create proposals for quantum computing applications across industries
      • Develop ethical guidelines for quantum technology
    • Module 6: Capstone: Evaluate & Present (Evaluate)
      • Evaluate which problems are good fits for quantum computing
      • Judge claims about quantum computing in the news
      • Present your quantum project to others
      • Plan your next steps in quantum learning

    Beginner Quantum Computing Course

    Learn quantum computing step-by-step using Bloom's Taxonomy

    6 weeks (4-6 hrs/week)
    6th Grade Reading Level
    0/6 Modules Complete
    Course Progress0%
    Modules
    6 levels of Bloom's Taxonomy
    Quick Resources
    Quirk (Browser Circuit Builder)IBM Quantum Composer
    Remember: Recall facts and vocabulary
    Module 1: What is Quantum Computing?
    4-5 hours

    Regular Computers vs. Quantum Computers

    Think of a regular computer like a light switch - it's either ON (1) or OFF (0). Every picture, video, and app on your phone is made of millions of these 1s and 0s called 'bits.' A quantum computer uses 'qubits' instead. Here's the cool part: a qubit can be ON, OFF, or BOTH at the same time! It's like a coin spinning in the air - until it lands, it's both heads AND tails. This is called 'superposition.'

    Entanglement: Spooky Connection

    When two qubits are 'entangled,' they become connected in a special way. If you look at one qubit, you instantly know what the other one is doing - even if it's on the other side of the universe! Einstein called this 'spooky action at a distance.'

    History Timeline

    1980s: Richard Feynman suggests we could use quantum physics to compute 1994: Peter Shor creates an algorithm that could break secret codes 2019: Google's 'Sycamore' solves a problem faster than any regular computer 2024: IBM builds computers with over 1,000 qubits

    Where We Are Today

    We're in the 'NISQ era' (Noisy Intermediate-Scale Quantum). This means our quantum computers have 100-1,000 qubits but still make lots of mistakes. It's like having a really smart calculator that sometimes gives wrong answers!

    Additional Resources