Director Min-Hsiu Hsieh of the Hon Hai Quantum Computing Research Center (HHQC) visited Singapore from April 23 to 28, 2026, for academic and industry exchanges. This trip included an academic lecture, participation in the "Quantum Industry Day 2026," and attendance at the "Breakthrough Technology Dialogue" hosted by Bank of America .

🎓 Delivering a Lecture on Quantum Error Correction Technology at Nanyang Technological University (NTU)

On April 23, Director Hsieh was invited to Nanyang Technological University (NTU) to deliver a lecture titled "Linear-Time Encodable and Decodable Quantum Error-Correcting Codes." Addressing the communication needs for building fault-tolerant quantum computers, the research explains how to construct asymptotically good quantum codes, enabling quantum circuits with logarithmic depth and a linear total number of gates to perform encoding and decoding. The study proposes that through relevant solutions, classical decoding algorithms can operate in logarithmic depth (using $O(n \log n)$ gates). These research findings contribute to addressing the practical applications of future quantum architectures.

🤝 Participating in Quantum Industry Day 2026 to Explore Technology Applications

During the "Quantum Industry Day 2026" event, Director Hsieh engaged with researchers and industry professionals in related fields. The forum primarily discussed how to transition quantum algorithms and hardware from the laboratory stage into real-world industrial supply chains. By participating in such ecosystems, HHQC continues to serve as a bridge connecting advanced quantum research with next-generation technological infrastructure.

🌍 Attending the Breakthrough Technology Dialogue to Discuss Industry Development

During the trip, Director Hsieh also attended the "Breakthrough Technology Dialogue," an exclusive event hosted by Bank of America. The event invited investors and technology executives to jointly assess the potential of emerging technologies, where Director Hsieh shared insights on the future development trajectory of quantum computing. He explained that continuous cross-border collaboration, open-source initiatives, and stable R&D investments are key factors in applying quantum computing advantages across various industries (from finance to materials science). The primary objective of this trip to Singapore was to strengthen collaborative relationships between the international scientific community and the industry.

Links：

https://www.ntu.edu.sg/spms/news-events/events/detail/2026/04/23/default-calendar/linear-time-encod…

https://gems.bankofamerica.com/public/RegisterForEvent.do?dispatch=checkRegistrationStatus&regi…

https://www.gevme.com/QID2026