QMOD - the Quantum Modeling Language

The QMOD language lets you describe quantum algorithms at a high level of abstraction. It supports unique quantum-computing concepts, as well as more conventional concepts available in high-level classical programming languages.

With QMOD you can focus on the pure functional intent of your algorithm, and leave implementation details to be worked out by a powerful compiler and synthesis engine. Gate-level implementation and qubit management decisions made by the engine will be geared toward the required circuit properties.

One Language, Two Input Formats

QMOD can be coded in its own native syntax, and processed by a dedicated parser. This can be done in Classiq's platform web application, in the "Model" page. QMOD can also be coded in Python as part of the Classiq Python SDK, using the classiq package. These two input formats are equivalent - they expose the same set of constructs with the same semantics. A QMOD description in Python can be translated to an equivalent in the native syntax and vice versa. Each of these may appeal to different users in different situations.

The QMOD native syntax is designed to express the concepts of the language in a pure and concise form. In addition, the Classiq platform features smart editor support for QMOD, which is tuned for the language syntax and semantics.

On the other hand, users who feel comfortable programming in the Python language and environment, may find the Python format easier to use. Being embedded in a strong general-purpose language such as Python has another key advantage. Users can utilize general Python computation and existing Python packages to construct parts of the QMOD descriptions.

flowchart LR
    Native[["`Native QMOD
    IDE / Model Editor`"]] <--> ModelStructure;
    Python[["`Python QMOD
    Classiq SDK`"]] <--> ModelStructure;
    ModelStructure[("Model
    data-structure")] --> Synthesis;
    Synthesis(("Synthesis
    engine")) --> QuantumProgram["Quantum
    program"];