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This video describes the journey of chips from “sand to artificial intelligence”: starting with the purification of silicon (one of the main components of sand) and its transformation into wafers, it covers the big picture, from the logic of MOSFETs and CMOS, the fundamental building blocks of modern processors; and from there, why today's manufacturing processes are so difficult, expensive, and strategic. It summarizes, in a simple framework, why technology node names like “2 nm / 3 nm” no longer directly represent a dimension, but rather which metrics the industry looks at (logic density, SRAM density, power/efficiency, manufacturing yield). The main motivations behind the transition from planar transistors to FinFETs and then to Gate-All-Around (GAA) architecture (leakage current, control, performance per watt) are explained. On the lithography side, it explains why the transition from DUV to EUV is critical, the role of ASML, and how this affects the TSMC-Intel rivalry; The video also touches upon current topics, including why new approaches like backside power delivery have come to the forefront. The final section clarifies how all this competition converges with the need for "performance per watt" in AI accelerators. 0:00 Introduction 1:35 Raw Material: Silicon 3:37 Digital Switch: MOSFET 7:42 CMOS: Technology: Efficiency 10:02 Transistor Systems 11:40 Transistor Skyscraper 13:26 Transistor Manufacturing Process 18:07 Moore's Law 19:24 Technology Dimensions (EUV difference) 22:46 Why did transistors change? 28:07 How did TSMC surpass Intel? 33:52 TSMC Technologies 34:48 Technology Wars (TGA) 41:12 Technology Wars (China) 44:10 The Future of the Transistor 46:57 TSMC's Future Plans 47:52 New Method: Back-Face Power Distribution 51:02 Conclusion: Everything for AI