Conference Topics

Session 1 01

Focusing on quantum processors, error-correction coding, and simulation algorithms. Hundred‑qubit processors are breaking through on multiple fronts, with error correction moving toward experimentation. The market is expected to reach hundreds of billions of dollars, empowering finance, pharmaceuticals, and materials design. The future will drive AI integration and quantum machine learning, supporting fundamental research in chemical reactions and high‑temperature superconductivity.

Session 2 02

Covering quantum key distribution, relays, and satellite–ground networks. Satellite‑ground networks have been established, with direct communication reaching kilometer scale. The market is driven by both policy and demand, with telecom operators and financial sectors expanding. The future will build a quantum internet, achieving intercity backbone interconnection and satellite‑ground networking, ensuring security for government, finance, and defense.

Session 3 03

Based on entanglement, squeezed states, and atomic interference, used for navigation, time–frequency, and bioimaging. The market is expected to reach hundreds of millions of dollars in 2026. It will move toward chip‑scale, low‑cost development, expanding applications in unmanned‑system navigation, underground resource exploration, and brain‑magnetic / magnetocardiogram detection.

Session 4 04

Studying quantum effects of light–matter interactions, providing single‑photon sources and entangled light sources. Device industrialization demand is growing, with future focus on integrated quantum photonic chips and broadband network nodes, promoting the intersection of quantum optics and topological photonics, laying the foundation for large‑scale quantum information processing.

Session 5 05

Focusing on topological materials, superconductors, 2D materials, and micro‑nano integration technologies. As the upstream of the industry chain, specialized materials and equipment will see growth. The future will explore room‑temperature materials, CMOS‑compatible processes, and 3D integrated chips, advancing quantum technology from laboratory to large‑scale commercial applications.

Special Forum ★ 06

A platform for young scholars under 45 to showcase innovative achievements and exchange cutting‑edge ideas, dedicated to cultivating the next generation of talent in the quantum technology field.