Group 1 - The new oxy-MOCVD technology developed by Nanjing University and Southeast University addresses the kinetic bottleneck in the mass production of two-dimensional semiconductors, enhancing precursor reaction rates by over 1000 times [1] - The "Point Stone to Crystal" technology, set to be published in 2025, establishes a complete technical route of "substrate engineering + kinetic regulation," providing core support for the mass production of two-dimensional semiconductors and building a competitive advantage in next-generation semiconductor technology [1] - Two-dimensional semiconductors, recognized as a key solution to the challenges posed by the physical limits of Moore's Law, offer atomic-level thickness, which can surpass the physical limits of silicon-based materials and provide new pathways for chip development in the post-Moore era [1] Group 2 - The two-dimensional-silicon hybrid architecture flash memory technology is expected to disrupt traditional memory systems, enabling general-purpose memory to replace multi-level hierarchical storage architectures, thus providing faster and more energy-efficient data support for cutting-edge fields like artificial intelligence and big data [1] - Two-dimensional flash memory is poised to become the standard storage solution in the AI era, highlighting its significance in the semiconductor industry [1]