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"BMW Group’s experience with Nexus has been instrumental in advancing its quantum computing efforts (...) its integrated TKET compiler seamlessly translates and optimizes codes for various backends, including ҹɫֱ�� and IBM quantum computers (…) access to InQuanto's computational chemistry features has made it a powerful tool for BMW Group's specialists to scale up hybrid quantum and classical workflows for molecular modeling.”

“At Unitary Fund, we leveraged Nexus to study a foundational question about quantum mechanics (...) the platform's reliability and advanced capabilities were crucial to extending our results, from simulating smaller systems to experimentally demonstrating LF violations on quantum hardware. Nexus has empowered us to deepen our research and contribute to foundational quantum science.”

“We performed the largest verified measurement-based quantum computation to date, up to the size of 52 vertices, which was made possible by the Nexus system. The protocol requires complex operations intermingling classical and quantum information (...) such requirements are difficult to deliver on most quantum computer frameworks as they are far from conventional gate-based BQP computations; however, Nexus can!”