Research / Software · Learning exercise
GHZ Circuit Notebook
An introductory Qiskit experiment in circuit construction, simulation, and measurement counts.
- My role
- Independent learning exercise
- Period
- 2025
- Source
- Public repository
The question
How do a few quantum gates become an experiment I can inspect?
Python · Qiskit · Aer · JupyterMy contribution
Constructed a three-qubit circuit, simulated a measured version in Aer, and visualized the sampled counts.
01 / work
Circuit and simulation
The implemented notebook uses a Hadamard gate and two controlled-X gates to construct a three-qubit GHZ circuit. It then adds measurements, transpiles the circuit for Aer, and plots the counts from simulated shots.
02 / evaluation
Measurement counts
The histogram illustrates the computational-basis outcomes of this simulated circuit. Those counts alone are not a general experimental certification of entanglement, and the case makes no claim of execution on quantum hardware.
03 / limitations
One implemented notebook
- This is a first learning experiment, not an original quantum-computing research result.
- The repository name does not establish Summer School completion or a certificate.
Source
Selected public files, with commit references and links to GitHub.
Public overview reviewed 8 September 2026. Repository commit: 2025-06-25.