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何
何可宝
曹
曹荣根
何可宝：中国新材料发展历经多个重要阶段，改革开放后90年代取得显著进步，未来仍有巨大潜力。半导体材料对纯度要求极高，实现高纯度面临巨大挑战，需要原始创新。新材料行业协会通过交流互动，促进产业链上下游合作，关注人工智能等前沿技术，推动产业发展。上海积极探索人工智能赋能新材料研发，开展相关调研，成立数字引擎联盟，促进大模型技术与企业创新对接，推动快速低成本的材料开发和研制。
曹荣根：我长期从事半导体材料研究，后转向计算材料领域，创立公司致力于利用计算机仿真技术加速材料研发。计算机仿真技术可以将材料研发转移到虚拟空间，降低对时间、资金和物质的要求，加快新材料的发现速度。人工智能技术可以缩短材料研究开发周期，降低成本，加快材料制造速度，推动各行各业产业发展。材料研发带动整个产业链发展，包括设备、工艺和工厂等方面的革新。
Deep Dive
This chapter discusses the significant milestones in the development of China's new materials industry, particularly focusing on the period after the reform and opening up. It highlights the collaborative efforts between industry and academia in overcoming material bottlenecks and achieving breakthroughs in large-scale integrated circuits.
- Post-reform and opening-up period witnessed significant development in China's materials industry.
- Close collaboration between industry and academia led to breakthroughs in material bottlenecks.
- Early large-scale integrated circuit development laid the foundation for future advancements.
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