Classiq and Hatch in Singapore executed a proof-of-concept project that combined quantum and classical computing via AWS to estimate molecular binding energy, demonstrating how quantum methods can integrate within existing cloud infrastructure. The collaboration highlights Singapore's emergence as a testbed for applied quantum technologies and provides a practical model for how quantum chemistry development can leverage current cloud resources alongside quantum advances.
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Classiq and Hatch in Singapore completed a proof-of-concept project combining quantum and classical computing through AWS and Braket to estimate molecular binding energy. The work was developed as part of Hatch's Dimension X innovation challenge.
Why it matters
The collaboration demonstrates a practical pathway for quantum chemistry by integrating quantum methods within classical cloud infrastructure. This underscores Singapore's role as a testbed for applied quantum technologies and shows how current quantum development can combine existing cloud computing with emerging quantum advancements.
What to watch
The project validated a hybrid workflow for molecular binding energy estimation, which is crucial for understanding molecular interactions with protein targets. AWS infrastructure provided the high-performance classical computing capability alongside Classiq's quantum software platform.
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