Exploring the Frontier of Quantum Technology and Its Pathway to Industrialization

Upcoming Seminar on Quantum Technology

On August 28, 2026, a crucial seminar titled Exploring the Frontier of Quantum Technology and Its Pathway to Industrialization will take place, featuring prominent speakers from various key organizations. The seminar aims to discuss the current advancements in quantum technology and its industrial applications.

The event is organized by the New Society Systems Research Institute in collaboration with the Hara Foundation for Comprehensive Intelligent Communication Systems in Osaka. Leading the discussions will be experts including Shunsuke Okada from Q-STAR, Katsuhiro Kitagawa of Osaka University, Jungo Okai from Fujitsu, and Kazuhiko Sugie from the Ministry of Economy, Trade, and Industry. This seminar presents a unique opportunity to gain valuable insights into the rapidly evolving field of quantum technology and its potential impacts across industries.

Event Details

Date: August 28, 2026
Time: 1:00 PM to 5:00 PM
* Venue: Kioi Forum, Chiyoda, Tokyo, Japan
Alternative Modes: Live streaming via Zoom webinar and archive access for two weeks.

Key Topics Covered

1. Current State of Quantum Technology and Pathways to Industrialization (Shunsuke Okada)

From its inception over a century ago, quantum mechanics has paved the way for revolutionary advancements. Okada will provide an overview of Japan's current positioning amidst global efforts to accelerate quantum technology commercializations, including the evolution of quantum computers and the trends in quantum cryptography and sensing. The talk will highlight three crucial areas of focus within Q-STAR's initiatives:

- Creating use cases
- Fostering partnerships among government, academia, and industry
- Promoting international collaborations

This segment will also include a Q&A session, allowing participants to engage directly with the speaker.

2. The Challenge of Error-Resilient Quantum Computers (Katsuhiro Kitagawa)

Kitagawa will delve into the principles and historical context of quantum computers, addressing the anticipated capabilities and applications that exceed supercomputers. He will outline the current state of quantum computing, revealing performance gaps that need bridging for effective application. This portion will explore advancements in quantum error correction and the pursuit of error-resilient quantum computing solutions. A session for audience questions will follow.

3. Fujitsu's Strategy: Quantum and AI Integration (Jungo Okai)

In his presentation, Okai will explain how Fujitsu positions quantum computing not as a standalone technology but as part of an integrated next-generation computing framework alongside AI and High-Performance Computing (HPC). He will discuss their vision of continually generating industry-specific AI optimized for sectors using this framework, emphasizing the importance of sovereignty over data and computational infrastructure. This talk will also offer insights into collaborative initiatives between academia, industry, and government, focusing on practical implementations and global expansion.

4. Industrial Policy Surrounding Quantum Computers (Kazuhiko Sugie)

Sugie will discuss the Ministry’s policy initiatives aimed at creating new industries through the industrial deployment of quantum computers. He will review domestic and international technological and business trends concerning quantum computing and outline potential opportunities and challenges for the industry. The session will conclude with the ministry's ongoing efforts and strategies for future industrialization.

Why Attend?

This seminar provides a unique chance for professionals, researchers, and enthusiasts to delve deep into an area that's set to redefine technological landscapes. Whether attending in person or virtually, participants will be privy to cutting-edge discussions that can influence future innovations in quantum technology. Don't miss this opportunity to be at the forefront of the quantum revolution!

For more details and to register for the seminar, visit SSK21.