As the new round of technological revolution and industrial transformation is advancing in depth, scientific and technological innovation is accelerating toward the "Four Extremes", where extreme microscale exploration and extreme conditions have driven manufacturing down to the atomic scale. In the post-Moore era, information devices such as chips, memories and detectors increasingly rely on atomic-scale precise construction from materials to devices, making atomic-scale manufacturing a critical development direction to break through the performance bottlenecks of information devices. Its core tasks include the creation of atomic-scale material technologies, cross-scale device fabrication, and high-resolution dynamic characterization, with the key challenges lying in the precise regulation of surfaces and interfaces during the manufacturing of advanced materials and devices, as well as scalable manufacturing with controllability at the atomic scale.

The ultra-high-vacuum extreme manufacturing technology for information devices proposed by the Vacuum Nanotech Interconnected Workstation (Nano-X), Suzhou Institute of Nano-Tech and Nano-Bionics, Chinese Academy of Science enables atomic / molecular-level contamination control, precise material synthesis and heterogeneous integration, vacuum-interconnected device fabrication, and multimodal characterization and analysis. Combined with AI technologies, this new process paradigm promotes original "0-to-1" innovation in information devices.

The 2026 Seminar on Atomic-Scale Manufacturing of Advanced Materials and Devices will be held in Suzhou from October 21 to 22, 2026, hosted by the Vacuum Interconnected Nanotech Workstation (Nano-X). This seminar brings together experts, scholars and industry elites from universities, research institutes and innovative enterprises. Participants will share cutting-edge research achievements, explore technological breakthroughs to advance the development of the scientific and technological system for atomic-scale manufacturing, and facilitate the progress of original, disruptive and frontier technologies.

We sincerely invite scholars, enterprise representatives and students to participate to jointly promote the innovative development of atomic-scale manufacturing.