Classiq has announced the general availability of Qmod, the first high-level language (HLL) dedicated to quantum coding. Following successful pilot projects with enterprise partners, Qmod is now open to developers, researchers, and enterprises worldwide. This development is set to revolutionize quantum computing by offering an efficient and approachable method for programming quantum algorithms.
Qmod facilitates advanced quantum modeling by enabling developers to describe quantum algorithms at a high level of abstraction. Unlike traditional methods that require programming at the hardware level, Qmod supports unique quantum-computing concepts alongside conventional constructs found in high-level classical programming languages. This allows developers to focus on the functional intent of their algorithms, while Classiq’s powerful compiler and synthesis engine handle the hardware-aware quantum implementation details.
Heather West, PhD, Research Manager, Quantum Computing at IDC, emphasized the significance of this innovation. “To deliver business or scientific value, quantum computing must be useful and accessible to scientists and engineers seeking to solve real-world problems. Today, programming a quantum computer happens at the hardware level, making the technology accessible only to quantum physicists and other specialists. As we begin to talk about quantum utility and near-term applications, abstraction-level application programming will become a necessity for widespread quantum adoption and usage,” she said.
Why The Qmod Language Is Different
- Declarative programming: Qmod’s declarative nature allows users to define what their algorithm should achieve rather than how to achieve it. Classiq’s synthesis engine compiler optimizes for hardware and other constraints automatically.
- Flexibility and interoperability: Whether through native syntax, Python, or graphical representation, Qmod descriptions are easily translatable and compatible across different formats and hardware.
- Industry-ready: Qmod is designed for both researchers and industry applications, providing robust, scalable solutions for enterprise-grade quantum software development in an era of steadily growing qubit counts and the resulting coding complexity.
Nir Minerbi, CEO and co-founder of Classiq, highlighted the transformative potential of Qmod. “Our groundbreaking Qmod language enables quantum experts to produce sophisticated programs while also allowing developers without a quantum background to innovate and solve complex problems across a variety of industry domains. By abstracting the complexities of quantum programming, Qmod delivers the ability to create and deploy dynamic quantum applications effortlessly. In some cases, it’ll use perhaps five lines of code instead of the traditional 100 lines of code. Like Java for the worldwide web or BASIC for PCs, Qmod is intended to open the gates to advanced quantum implementation,” Minerbi explained.
Classiq’s platform ensures that quantum algorithms designed with Qmod can be seamlessly compiled for a broad range of hardware and simulation environments, as well as supporting seamless HPC integration. The platform's synthesis engine dynamically adapts implementations to different hardware configurations, allowing for rapid benchmarking and ensuring optimal implementations that maximize the available hardware.
The introduction of Qmod marks a significant milestone in the field of quantum computing, making it more accessible and practical for a wider audience. By democratizing access to quantum technology, Classiq is poised to accelerate the development and deployment of quantum applications across various industries.
