QUANTUM
INTERNET
TASK FORCE
INTERNET
TASK FORCE
All-Japan Quantum Internet Industry-academia-government collaboration R&D consortium to realize Quantum-based era
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→VISION
Quantum Internet Task Force is of researchers, developers and newcomers to cooperate to create the future ICT society.
Why
Quantum Internet
Quantum Internet is a field to maximize the power of quantum information over distance. The Quantum Internet is a future ICT infrastructure which is indispensable for the quantum-based era.
Why
Task Force
An Interdisciplinary collaboration of specialists such as physicists, computer networkers, and so on is required to realize the Quantum Internet.
How
We Work
We work on coordination the direction of the R&D of Quantum Intenet and base for shared benefits. We make social commitments with related organizations to build test-bed.
Community
ACTIVITIES
R&D
A community for the liberated discussion of the Quantum Internet
Fundamental and applied R&D to grow Quantum Internet in the long run
Field experiment of the Quantum Internet
Activities to spread and standardize protocols and algorithms
Create roadmap of the Quantum Internet
Social commitments
Public relation of research outcome
Outreaches of the Quantum Internet
Statements
Recommendations
And others (events, etc.)
Interdisciplinary relationship
People-to-people exchange of fields related to Quantum Internet, such as quantum mechanics, quantum information, information technology, etc.
Relationship with other organizations
Latest
NEWS
Development and Release of Quantum Network Device Drivers
As part of Moonshot Goal 6 (“Scalable and Robust Integrated Quantum Communication Systems”) led by Project Manager Shota Nagayama, we have released open-source device drivers for quantum network experiments on GitHub.
PnPQ is a Python package for controlling optical devices in a testbed environment. Previously, researchers had to rely on vendor-specific utilities or custom scripts, which often led to issues such as unit mismatches and missing logs. PnPQ enables unified API usage and continuous logging across multiple devices, allowing for highly reproducible automation and maintainable experimental scripts.
Lecture at OIST Summer School 2025
A lecture was given at the OIST Summer School 2025.
Lecture Topics
Nagayama: Qunatum Network Testbed Effort in Japan Soeda: Higher-order functions and their quantum implementations for designing distributed quantum algorithms Ikuta: Photonic quantum information processing using frequency degree of freedom About OIST Summer School 2025
Overview: The school focused on quantum communications, from quantum key distribution—the most advanced and practical quantum technology—to the quantum internet, the future platform. OIST Summer School aims to build a research community to support the development of this emerging field of science and technology.
PARTNERS
