The Quantum Technology Project is a program of research, development, and application of technologies based on the principles of quantum mechanics, aiming to create a new generation of computing, communication, and security infrastructure capable of going far beyond the limits of today's traditional technology systems.

The project aims to build research and application capabilities in the following fields:

• Quantum Computing.

• Quantum Communication.

• Quantum Cryptography.

• Quantum Network.

• Quantum Sensor.

• AI combined with quantum computing (Quantum AI).

Development Orientation

Quantum Research Center

• Quantum laboratory.

• Quantum algorithm simulation.

• Quantum materials research.

• Quantum applications research.

Quantum Computing Infrastructure

• Quantum Cloud.

• Quantum Simulator.

• Quantum Development Platform.

• Quantum Computing Lab.

Quantum Cybersecurity

• Quantum Key Distribution (QKD).

• Quantum-safe Encryption.

• Post-Quantum Cryptography.

• Quantum Secure Network.

AI and Big Data

• Quantum Machine Learning.

• Quantum Optimization.

• Quantum Data Analytics.

• Quantum Digital Twin.

Long-Term Objectives

• Build a research platform for next-generation core technologies.

• Form a quantum technology innovation ecosystem.

• Support the development of next-generation AI.

• Participate in the global high-tech value chain.

• Create a foundation for national strategic technology projects in the 2030–2050 period.