Quantum computing is evolving fast, but practical adoption still presents hurdles for researchers and developers. IBM’s Qiskit Function templates are designed to break down these barriers, making quantum workflows more accessible, customizable, and collaborative than ever before.
Bridging the Gap Between Research and Real-World Use
Innovative quantum techniques often remain locked within academic papers, limiting their impact on real-world problems. Qiskit Function templates directly address this bottleneck by offering ready-to-use, open-source workflows based on active research.
For instance, complex electronic structure calculations, such as those pioneered by Cleveland Clinic, can now be quickly implemented and adapted to new challenges. By empowering users to leverage sophisticated quantum-classical hybrid solutions, IBM is accelerating breakthroughs across chemistry, physics, and beyond.
Exploring Qiskit Function Template Types
- Function Template Implementations: These templates encapsulate advanced, research-driven methods from published experiments. A standout example is the SQD IEF-PCM template, developed with Cleveland Clinic, which enables simulations of molecules in solvents by integrating quantum algorithms with classical high-performance computing.
- Base Templates: These serve as flexible, best-practice blueprints for crafting new Qiskit functions. By standardizing interface design, code style, and testing, base templates allow developers to focus on innovation rather than repetitive setup.
Simplifying Quantum Workflows with Qiskit Serverless
All Qiskit Function templates are optimized for deployment on Qiskit Serverless, a cloud-native platform that lets users run, monitor, and scale quantum workloads remotely.
Whether using IBM’s managed service or your own cloud infrastructure, you can upload templates, execute experiments, and manage classical resources with ease. This approach keeps workflows modular, reproducible, and ready to scale as research needs grow.
Case Study: The SQD IEF-PCM Template
The SQD IEF-PCM template exemplifies how Qiskit Function templates bring frontier research into the hands of practitioners. Developed collaboratively by IBM and Cleveland Clinic, it streamlines the simulation of solute–solvent molecular interactions, a task critical to biochemistry and medical research.
By packaging the entire workflow, from initial setup to results retrieval, this template slashes the expertise and time required to reproduce or expand upon state-of-the-art quantum simulations.
Getting Started with Qiskit Function Templates
- Learn: Register for the upcoming Qiskit Function templates webinar for direct guidance and hands-on demonstrations.
- Customize: Download templates from GitHub, tailor them for your projects, and experiment with add-ons like SQD or AQC-Tensor for advanced applications.
- Build and Share: Contribute your own templates to the community repository, fueling collaborative progress across the quantum ecosystem.
- Explore Add-ons: Use modular Qiskit add-ons to enhance workflows, integrate new algorithms, or scale up your research efforts.
Enabling Open Quantum Innovation
Qiskit Function templates mark a leap forward in democratizing quantum computing. By providing freely available, production-ready workflows and a vibrant community platform, IBM empowers researchers, educators, and developers to harness quantum technology’s latest advances. This commitment to open collaboration and modular design is not only accelerating discovery, it’s shaping the future of fault-tolerant quantum computing for everyone.
Qiskit Function Templates Are Accelerating Quantum Research