Final Project
Capstone
Putting it all together
Your Mission
Build a complete quantum circuit that demonstrates your understanding of:
- Qubit initialization
- Superposition with Hadamard gates
- Entanglement with CNOT gates
- Measurement and result analysis
The Challenge
You will implement a quantum random number generator and a simple quantum classifier using the concepts you've learned.
Part 1: True Random Numbers
Create a circuit that generates truly random bits using superposition. Unlike classical "random" numbers, quantum randomness is fundamentally unpredictable.
Quantum Random Number Generator
Generate truly random bits using quantum superposition!
💡 Unlike pseudo-random numbers, quantum randomness is fundamentally unpredictable — not even the universe "knows" the outcome until measurement!
Part 2: Quantum Classifier
Build a simple circuit that classifies input patterns using entanglement and measurement.
Quantum Pattern Classifier
A simple classifier using entanglement: same bits → A, different bits → B
Select input pattern:
Classification Rules:
Success Criteria
$ cat recovered_note.txt The last piece of the puzzle... Collect all the cipher characters from each page. What do they spell? The answer unlocks everything.
Q + U + A + N + T + ? = ?
Hint: Combine all the cipher characters you've collected... add the missing letters
Reflection Questions
- 1What was the most surprising thing you learned about quantum computing today?
- 2How would you explain quantum superposition to a non-technical friend?
- 3What problem would you want to solve with a quantum computer?
??? CLASSIFIED ???
[REDACTED]
Solve the final cipher to unlock the truth...