Classiq Technologies and Wolfram Research have joined CERN’s Open Quantum Institute (OQI) to collaborate on developing quantum optimization methods aimed at enhancing smart power grids. Their focus is on addressing the Unit Commitment Problem (UCP), a critical challenge in electrical network management, by leveraging hybrid quantum-classical approaches. This initiative seeks to improve energy efficiency and grid stability through advanced computational techniques, combining Classiq’s quantum software development expertise with Wolfram’s symbolic and numerical computation capabilities.
The partnership within OQI will focus specifically on developing optimization methods for the Unit Commitment Problem (UCP), a critical challenge in power grid management. This research aims to enhance energy efficiency and grid stability while advancing quantum-enhanced solutions for sustainable infrastructure.
The UCP represents a fundamental optimization challenge that determines optimal scheduling of power generators to minimize costs while maintaining grid reliability. As power grids grow increasingly complex with more renewable energy integration, traditional computational methods struggle to scale efficiently.
The collaboration will explore quantum computing techniques to improve UCP solutions by leveraging quantum optimization alongside computational modeling. By combining Classiq’s quantum software synthesis capabilities with Wolfram’s advanced mathematical frameworks, the partnership aims to enhance scalability and real-world applicability for energy providers and grid operators.
The Open Quantum Institute Framework
The OQI is hosted at CERN and was established by the Geneva Science and Diplomacy Anticipator (GESDA) with support from UBS. It brings together researchers, industry experts, and policymakers to accelerate practical applications of quantum technologies for global challenges.
“Our participation in the Open Quantum Institute reflects our commitment to solving industry-scale problems using quantum computing,” said Nir Minerbi, CEO of Classiq. “With OQI’s collaborative environment, we can push the boundaries of what’s possible in quantum optimization for energy systems.”
Mads Bahrami, Head of Academic Innovation at Wolfram Research, added: “This partnership leverages complementary strengths: Classiq’s expertise in quantum software development and Wolfram’s capabilities in symbolic and numerical computation. We look forward to contributing to quantum approaches that address the complexities of modern energy systems.”
Building a Quantum Energy Framework
The research within OQI will deliver several key outcomes:
- Scalable quantum optimization models for energy grid management
- Hybrid quantum-classical workflows that integrate with existing energy infrastructure
- Benchmarking studies to assess performance gains over classical computing solutions
These efforts will contribute to advancing quantum applications in sustainable development, aligning with global initiatives to optimize energy efficiency and reduce environmental impact.
About the Companies
Classiq Technologies provides a high-level quantum development platform (IDE, compiler and OS) that automates quantum programming. Their technology synthesizes quantum circuits with millions of gates, enabling sophisticated quantum programs to run on any quantum computer. The company is backed by investors including HPE, HSBC, Samsung, and NTT.
Wolfram Research, known for Mathematica, Wolfram|Alpha, and the Wolfram Language, specializes in symbolic computation, AI, and scientific modeling. Their quantum initiatives focus on bridging classical and quantum computation to enable new scientific and industrial applications.
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