Classiq,
a leading quantum software company, announced it has developed a rapid method
for solving large-scale combinatorial optimization problems in collaboration
with Hewlett Packard Labs, the central research community of Hewlett Packard
Enterprise (HPE), the result of joint research on the integration of high
performance computing (HPC) and quantum computing.
The
rising level of maturity on the diverse approaches to quantum computation is
now raising questions about how to productively integrate leading edge quantum
and classical HPC approaches to solve important problems to the top of the
research agenda. As the demand for sophisticated computational solutions
increases, the integration between HPC and quantum computing is becoming
crucial. From scheduling and orchestration to hybrid computation, these two
approaches are converging, creating opportunities for innovative solutions to
complex problems. This collaboration between Classiq and Hewlett Packard Labs
exemplifies the potential of combining state-of-the-art classical and quantum
algorithms to achieve superior results.
The
hybrid approach uses the HPE Cray Supercomputing EX system and the massive
parallel execution efficiency of HPE Cray Programming Environment for high
performance computing along with the Classiq synthesis engine's ability to
synthesize Quantum Approximate Optimization Algorithm (QAOA) circuits to
achieve noteworthy results. This solution encapsulates smaller problems to
formulate an optimal approach for large-scale challenges. By merging classical
and quantum algorithms, this method demonstrates a significant improvement in
solving real-world problems efficiently and how to make the potential
advantages of quantum acceleration readily available in the HPC data center.
The
work will be showcased in the paper titled "Hybrid Classical-Quantum Simulation
of MaxCut using QAOA-in-QAOA," to be presented on the 31st May at the Q-Casa
workshop at the IEEE IPDPS Conference (https://www.ipdps.org/)
in San Francisco.
"This
collaboration is a testament to the power of combining cutting-edge quantum and
classical computing technologies. We are incredibly proud of the work we have
done together, which not only showcases the potential of hybrid computation but
also demonstrates tangible efficiency improvements," said Nir Minerbi, CEO of
Classiq. "The findings in this paper are a significant step forward in
accelerating the integration of quantum computing into mainstream
applications."
Integration
of the Classiq engine as backend to Hewlett Packard Labs quantum programming
environment will enable abstract, optimized and scalable quantum/HPC software
development. By continuing to innovate and develop new solutions, both
companies aim to drive the accelerated integration of these key computational
technologies, paving the way for future advancements in various industries.
HPE's
venture capital program, Hewlett Packard Pathfinder, made a 2022 investment in Classiq.