BTCC / BTCC Square / Global Cryptocurrency /
Quantum Infrastructure Advances: Japan’s Secure Network and IonQ’s Aerospace Expansion

Quantum Infrastructure Advances: Japan’s Secure Network and IonQ’s Aerospace Expansion

Published:
2025-11-27 10:02:02
20
3
BTCCSquare news:

Japan accelerates its quantum resilience strategy with a 600-kilometer fiber network linking Tokyo, Nagoya, Osaka, and Kobe. The National Institute of Information and Communications Technology leads the ¥27 billion ($170M) project alongside Toshiba and NEC, targeting March 2027 completion. Quantum repeaters will extend secure transmission beyond 150km—critical for safeguarding financial, healthcare, and diplomatic communications against future cryptographically-relevant quantum computers.

IonQ (IONQ) expands its aerospace footprint through undisclosed partnerships, leveraging quantum simulations to optimize jet engine testing cycles. Early benchmarks show 40-60% faster diagnostics using hybrid quantum-classical models—a potential game-changer for aviation R&D budgets.

|Square

Get the BTCC app to start your crypto journey

Get started today Scan to join our 100M+ users

All articles reposted on this platform are sourced from public networks and are intended solely for the purpose of disseminating industry information. They do not represent any official stance of BTCC. All intellectual property rights belong to their original authors. If you believe any content infringes upon your rights or is suspected of copyright violation, please contact us at [email protected]. We will address the matter promptly and in accordance with applicable laws.BTCC makes no explicit or implied warranties regarding the accuracy, timeliness, or completeness of the republished information and assumes no direct or indirect liability for any consequences arising from reliance on such content. All materials are provided for industry research reference only and shall not be construed as investment, legal, or business advice. BTCC bears no legal responsibility for any actions taken based on the content provided herein.