Quantum Hardware Providers
The open reference build is local CPU NumPy simulation only; the cloud/QPU material describes adaptation/export/future workflows and does not provide native submission to real QPUs. The specification API plans to make the same kernel easier to export/adapt to many vendors' workflows; the open reference build will not natively submit to physical QPUs.
Vendor workflow adaptation (illustrative — not a reference-build capability)
import qalgora
# Planned vendor adapter — not in the open reference build (illustrative only):
# qalgora.set_target("ionq", machine="aria-1")
# job = qalgora.sample_async(bell, shots_count=1000) # queued remotely
# counts = job.get()Ecosystem provider examples
Listed only as ecosystem/adaptation-target examples — this does not imply completed integration, certification, or the ability to submit jobs.
| Modality | Providers |
|---|---|
| Ion trap | IonQ, Quantinuum |
| Superconducting | IQM, OQC, Quantum Circuits Inc.*, Anyon Systems |
| Neutral atom | Infleqtion, Pasqal, QuEra |
| Photonic | ORCA Computing |
| Cloud brokers | Amazon Braket, Scaleway, qBraid |
* Quantum Circuits Inc. status may change.
Beyond QPUs, quantum control systems (e.g. Quantum Machines OPX) connect through the real-time stack rather than as a sampling target: within the coherence window qalgora-Q issues pulses and reads measurements for feedback and error-correction loops.
QALGORA_IONQ_API_KEY);
the open reference build does not submit on your behalf.
量子硬件服务商
开放参考实现仅本地 CPU NumPy 模拟；云端/QPU 描述的是适配/导出/未来工作流，不提供原生真实 QPU 提交。规范接口计划让同一内核更易导出/适配到多家厂商工作流；开放参考实现不会原生提交到物理 QPU。
厂商工作流适配示意（非开放参考实现能力）
import qalgora
# 规划中的厂商适配器，开放参考实现暂未包含（仅作示意）：
# qalgora.set_target("ionq", machine="aria-1")
# job = qalgora.sample_async(bell, shots_count=1000) # 在远端排队执行
# counts = job.get()生态服务商示例
仅作生态/适配对象示例，不代表已完成接入/认证/可提交。
| 技术路线 | 服务商 |
|---|---|
| 离子阱 | IonQ, Quantinuum |
| 超导 | IQM, OQC, Quantum Circuits Inc.*, Anyon Systems |
| 中性原子 | Infleqtion, Pasqal, QuEra |
| 光子 | ORCA Computing |
| 云代理 | Amazon Braket, Scaleway, qBraid |
* Quantum Circuits Inc. 状态可能变动。
除 QPU 外，量子控制系统（如 Quantum Machines OPX）走实时栈接入，而非作为采样目标：qalgora-Q 在相干时间窗内下发脉冲、读取测量，用于反馈与纠错回路。
QALGORA_IONQ_API_KEY）；开放参考实现不会代你提交。