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正则量子

正则量子 provides a full‑stack photonic quantum computing platform that combines a hardware teaching machine with a cloud‑based software suite.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Access to practical quantum computing resources is limited for educational institutions and industry researchers due to the high cost and complexity of photonic hardware, as well as the lack of integrated software tools for designing and deploying quantum algorithms on real devices.

Solution

正则量子 offers a full-stack photonic quantum computing platform that combines hardware and cloud software to make quantum experiments and applications accessible. Their optical quantum teaching machine integrates a high‑performance PPKTP entangled photon source, photonic chips, and single‑photon detectors, providing a repeatable, Nobel‑level experimental setup for teaching and research. The quantum computing cloud platform supplies graphical circuit design, simulation, variational eigenstate solving, and automatic translation of circuits to run on the physical hardware, enabling users in finance, pharmaceuticals, logistics, and other sectors to explore quantum optimization problems. Additionally, the company delivers quantum‑secure networking products—including post‑quantum cryptography, quantum key distribution, and quantum random number generators—to protect data against future quantum attacks.

Target Audience

Primary customers are universities, research labs, and corporate R&D teams in finance, pharmaceuticals, and logistics that require hands‑on photonic quantum hardware and integrated software tools, as well as enterprises seeking quantum‑resistant security solutions.

Features

  • Integrated optical quantum teaching machine with PPKTP entangled photon source, photonic chip, and high‑sensitivity single‑photon detector
  • Interactive tutorials covering basic to advanced experiments such as Bell‑inequality tests and precise state preparation
  • Cloud‑based quantum computing platform with drag‑and‑drop circuit design, variational eigenstate solvers, and real‑hardware deployment
  • Support for quantum optimization applications in finance, biopharma, and logistics through hybrid quantum‑classical workflows
  • Suite of quantum‑secure products: post‑quantum encryption, quantum key distribution, and high‑speed quantum random number generators
  • Multi‑channel coincidence counting and customizable pulse‑count modules for advanced photonic research
  • Hardware‑accelerated quantum random number generator cards (PCIe and USB) meeting national cryptographic standards
This profile is AI-generated and may contain inaccuracies.