Quantum Machines

Providing you with quantum computers and various quantum machines. View More

Origin Wukong Superconducting Quantum Computer

Superconducting Quantum Computer

The "Wukong" is Origin Quantum's latest model with fully independent IP, capable of executing quantum computing programs. It is widely applicable in fields such as biochemistry, fintech, artificial intelligence, and big data.

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origin SL1000 Dilution Refrigerator

Origin-SL1000 Dilution Refrigerator

The Origin-SL1000 dilution refrigerator provides an ultra-low temperature environment below 10 mK and a cooling power of no less than 1mW at 100mK. It meets the ultra-low temperature requirements of cutting-edge technologies such as superconducting quantum computing, condensed matter physics, materials science, and deep space exploration.

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Micron-scale Local Laser Annealer

Micron Local Laser Annealing Machine

Micron local laser annealing Machine can modify the frequency parameters of quantum bit, improve the yield of quantum chip, and solve the problem of bit frequency crowding in multi-bit expansion.

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origin Tianji Quantum Computing Measurement and Control System

Origin "Tianji" Quantum Control System

"Origin Tianji" Quantum Control System is a quantum computing control system dedicated to superconducting quantum chips.

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Quantum Industry Solutions

Providing solutions for different industries to meet your business needs View More

Quantum Financial System

Quantum Financial System

The Quantum Financial System provides innovative solutions in portfolio optimization, derivative pricing, risk management, and anomaly detection. Quantum computing accelerates Monte Carlo simulations, enhances the accuracy and speed of financial models, and offers new quantum circuit-based kernel methods, presenting a new paradigm for risk analysis and control.

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Quantum Cloud

Origin quantum cloud provides you with high-performance quantum computing capabilities. Use Now

Quantum Computers in the Cloud

Ever wanted to experience the mysterious and powerful world of quantum computing? Now, you can easily do it all in the cloud through a quantum cloud platform. You don't need to build and maintain your own expensive ultra-cryogenic laboratory, just like we don't build power plants simply to use electricity.

Quantum Simlators

Quantum simulators are key tools in quantum computing, giving researchers and developers effective ways to model and analyze system behavior. They help illuminate the properties of algorithms and systems, and enable algorithm design and validation even before practical quantum computers are widely available.

Graphical programming

Graphical programming eliminates the need to memorize complex code commands. Simply drag and drop quantum logic gates with your mouse on the interface and connect them to form quantum circuit diagrams. This approach significantly lowers the learning curve, allowing researchers, students, and enthusiasts to get started quickly and focus on understanding quantum logic itself.

Quantum Developer Tools

You can use quantum developer tools to develop various quantum applications, each with unique use cases

QPanda3

QPanda3 provides a high-performance software-hardware co-designed quantum programming framework. This is the tutorial for the Python version (pyqpanda3).

  • High-performance circuit simulation
  • Simple and user-friendly programming interface
  • Hardware-software co-optimization
  • Built-in circuit analysis capabilities
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VQNet

VQNet is a quantum machine learning computational framework, which can be used to construct, execute, and optimize algorithms. This documentation covers the APIs and examples.

  • High-performance circuit simulation
  • Simple and user-friendly programming interface
  • Hardware-software co-optimization
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pyqpanda-algorithm

pyqpanda-algorithm is a quantum algorithm software package, containing basic quantum algorithms and functions commonly used in quantum computing.

  • High development efficiency
  • High reliability and stability
  • High-performance algorithm optimization
  • Rich examples and documentation
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ChemiQ

ChemiQ relies on QPanda to calculate molecular energy and structure, chemical reactions, simulate potential energy curves using real or simulated quantum computers.

  • Variable quantum algorithm
  • Quantum optimization algorithm
  • Ouantum virtual time evolution
  • Quantum machine learning
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QCFD

This software implements linear solvers based on the HHL and variational algorithms, achieving accelerated hybrid quantum-classical computations on simulators..

  • Linear solvers
  • Multi-preconditioners
  • Multi-fluid properties
  • Multiple simulation backends
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Blogs

Whether you're a beginner or a professional developer, you'll find valuable content here

How Much Does a Quantum Computer Cost? Breaking Down Prices by Type, Use Case

How Much Does a Quantum Computer Cost? Breaking Down Prices by Type, Use Case

Discover the real cost of quantum computers—from quantum cloud service under $10,000 to enterprise systems costing millions. Learn what drives the price and who’s buying them.
Do Quantum Computers Exist? Here’s What You Need to Know in 2025

Do Quantum Computers Exist? Here’s What You Need to Know in 2025

Do quantum computers really exist? The answer is yes. From Google’s Sycamore to IBM’s Heron.Discover how they work, why you haven’t seen one, and how their impact is quietly changing medicine, energy, and finance.
How Does Quantum Computing Work? Superposition & Entanglement Demystified

How Does Quantum Computing Work? Superposition & Entanglement Demystified

Discover exactly how does quantum computing work—using superposition and entanglement to solve problems exponentially faster. Perfect for beginners!
How Fast is a Quantum Computer? 200 Seconds Vs 10000 Years

How Fast is a Quantum Computer? 200 Seconds Vs 10000 Years

The speed of a quantum computer isn’t just an upgrade over today’s supercomputers. It can solve problems in minutes that would take traditional computers tens of thousands of years. Sounds hard to believe?

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