Browser Playground
Build a small quantum circuit and run it right here — a real statevector simulator runs in your browser, computes the amplitudes, and samples a measurement histogram. No install, no backend.
Presets:
Target:
Control:
Angle:
90°
Circuit:
How it works
- Pick a target qubit, then click a gate to append it. For
CNOT, set both a control and a target. - Run evolves the state |0…0⟩ through your gates and samples 1000 shots.
- The same circuit as a qalgora-Q kernel would use
h,x.ctrl, andmz— see Building Quantum Kernels.
Exporting code
The exported code reflects the current canvas; after picking a preset, confirm the gates were
added. With an empty canvas, the export contains only the initial-state measurement.
Exact simulation
This is a full complex-amplitude statevector simulator (up to 4 qubits here). The planned GPU
target is intended to support larger simulation scales with GPU acceleration; the open reference
build currently simulates only in the browser or on a local CPU.
浏览器在线模拟
在这里直接搭一个小型量子电路并运行——一个真正的态矢量模拟器跑在你的浏览器里，算出振幅并采样出测量直方图。无需安装，无需后端。
预设：
目标比特：
控制比特：
角度：
90°
电路：
工作原理
- 先选一个目标比特，再点门即可把它追加到电路。对
CNOT，需同时指定控制比特与目标比特。 - 运行 会让初态 |0…0⟩ 经过你搭的门演化，并采样 1000 次。
- 同样的电路写成 qalgora-Q 内核会用到
h、x.ctrl与mz——参见 构建量子内核。
导出代码
导出代码反映当前画布；选择预设后请确认门已添加；画布为空时导出只含初态测量。
精确模拟
这是一个完整的复振幅态矢量模拟器（这里最多 4 个量子比特）。规划中的 GPU 目标计划以 GPU 加速支持更大模拟规模；开放参考实现当前仅用浏览器或本地 CPU 模拟。