Realizing Practical Quantum CAE: Readout Technologies and Optimized End-to-End Computation

Realizing Practical Quantum CAE: Readout Technologies and Optimized End-to-End Computation

Friday, June 5, 2026 2:20 PM to 2:40 PM · 20 min. (Asia/Tokyo)
Keynote Room
Case Studies Track
Presentation

Information

Session Abstract
Quantum CAE is indispensable for multiscale materials development; however, the cost of quantum state readout has been a bottleneck for practical application. Quemix and DUNLOP have developed efficient readout technologies and a new method that reduces the required number of readouts. We will present a state-of-the-art approach that optimizes the entire process to achieve practical, end-to-end CAE computations.
QuemixQuemix is a Tokyo-based quantum computing software and algorithm R&D startup dedicated exclusively to Fault-Tolerant Quantum Computing (FTQC). Since its inception, FTQC has been the company’s core technological focus. Quemix develops proprietary quantum algorithms and strategically builds intellectual property at the forefront of scalable, fault-tolerant quantum systems. In parallel, the company provides structured technology enablement programs that support customers and partners in adapting their computational workflows, systems, and applications for the coming quantum era. At Q2B26 Tokyo, Quemix will present six industry case studies developed through joint research collaborations with leading companies across multiple sectors. These presentations will demonstrate that the practical application of quantum computing is no longer a distant vision, but a reality rapidly approaching.