Largest basis-state probability.
Simulation studio
Statevector Simulator
Run toy presets or custom sequences on a small register, then inspect complex amplitudes and basis-state probabilities.
This lab turns the statevector from an abstract notation into a readable debugging object for small educational circuits.
QPR-03IntermediateQuantum ProgrammingLive lab
Subject context
Quantum Programming
Practice gate sequencing, small-circuit construction, Qiskit-style code generation, and statevector reasoning in a browser-first environment.
- 3 labs in this subject.
- Difficulty: Intermediate.
- Dedicated route: /simulations/subjects/quantum-programming/statevector-simulator.
Live lab
Interactive simulation workspace
These academy-style labs are designed as compact, browser-playable teaching surfaces: enough interaction to make the core idea legible, without pretending to be a full research workbench.
Interactive academy lab
Statevector Simulator
For tiny circuits the statevector is a debugging object: amplitudes, phases, and dominant basis states become readable instead of hidden.
Controls
Outputs
Dominant probability mass.
Educational register size.
Statevectors are only tractable for small systems, which is exactly why they are such a good educational tool: every basis component remains inspectable.
What this teaches
Core learning frame
This lab turns the statevector from an abstract notation into a readable debugging object for small educational circuits.
Run toy presets or custom sequences on a small register, then inspect complex amplitudes and basis-state probabilities.
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