Research Reports

Overview

Global tech powerhouses are actively advancing the integration and development of AI and quantum computing, ushering in the next wave of computing power revolution. Quantum computing, with its inherent advantages in handling high-dimensional optimization, many-body simulation, and stochastic combination problems, has become a key complement to HPC and AI computing architectures. Quantum computing particularly demonstrates practical potential in areas such as model compression, inference acceleration, and bandwidth optimization.

Key Highlights

• Leading global tech companies are accelerating the convergence of AI and quantum computing, sparking a new wave of computational breakthroughs.
• Quantum computing excels at high-dimensional optimization, many-body simulations, and complex combinatorial problems, overcoming limitations of traditional systems.
• In synergistic conjunction with AI and HPC paradigms, quantum technologies act as transformative enablers, substantially amplifying the breadth and sophistication of computational operations.
• Tangible advancements in quantum-empowered applications—encompassing model compression, inference acceleration, and bandwidth efficiency—herald a paradigm shift in practical digital intelligence, underscoring the far-reaching impact of this technological convergence.

Table of Contents

1. Current Status of Development in Global Quantum Computing
   • Figure 1: Adoption of Quantum Technology in Various Industries
2. Market Trends of Quantum Computing and Deployment among Suppliers
   • Figure 2: Global Investment in Quantum Technology (2012~2024)
   • Table 1: Results and Deployment in Quantum Computing among Key European Suppliers
   • Table 2: Results and Deployment in Quantum Computing among Key US Suppliers
   • Table 3: Achievements and Future Plans of Key Chinese Companies in Quantum Computing
3. TRI’s View

<Total Pages: 15>