Edusemi-Plus

📚 Edusemi-Plus|Applied Learning Series Connecting Semiconductors, Society, and AI

Edusemi-Plus is an expanded series of the foundational Edusemi-v4x project,
designed to explore the semiconductor industry through diverse perspectives including
geopolitics, corporate strategy, product structures, AI, quantum technologies, materials, and investment.


🇯🇵 日本語版READMEはこちら


🎯 Purpose of This Series

Perspective Description
🧭 Contextual Understanding Uncover geopolitical, economic, and policy dimensions behind technology
🧠 Critical Thinking Strengthen the “why” behind design, selection, and strategic decisions
🔄 Connection to Fundamentals Bridge foundational knowledge (Edusemi) with real-world industrial context

🆕 Highlight Topic: Japan’s re-entry into advanced logic fabrication
through Rapidus’s 2nm chip validation (July 2025).
For details, see rapidus/README.md.


📚 Content Categories

Category Summary Link
🧪 Materials Comparison and application of Si, SiC, GaN, Diamond materials/
⚛️ Advanced Technologies Exploration of quantum, Cryo, and emerging structures quantum-semiconductor/
🤖 AI LLM integration and AI accelerator technologies ai-semiconductor/, ai-tools-comparison/
🏭 Industry Strategy and fabrication insights (TSMC, Apple, Rapidus) tsmc-insight/, rapidus/
🌐 Geopolitics Global competition and export control around semiconductors geopolitics/
💹 Investment Capital expenditures, market players, risk evaluation investment/
🗂️ Archive Documentation of technology ramp-up and industrial history (e.g., DRAM 1998) archive/

📌 The “Industry Structure Map” (industry/) is a core category of this Edusemi-Plus series.
It systematically organizes the semiconductor supply chain, including EDA, equipment, materials, inspection, and device manufacturers.

For a deeper understanding of structural connections, please refer to the categories below:

Category Description Link
🏭 Industry Structure Map (Overview) End-to-end view from design to manufacturing and testing industry/README.md
🧠 EDA Tool Vendors Logic synthesis, verification, TCAD, P&R, automation tools industry/eda-tools/
🖼️ Photomask-Related Mask blanks, OPC, EUV mask fabrication industry/photomasks/
⚙️ Front-End Equipment Deposition, lithography, etching, cleaning, annealing industry/front-equipments/
🧪 Front-End Materials Silicon wafers, resist, process gases, CMP slurries industry/front-materials/
🏗️ Back-End Equipment Dicing, bonding, molding, packaging tools industry/back-equipments/
🧯 Back-End Materials Packaging substrates, encapsulants, adhesives industry/back-materials/
🔬 Metrology & Inspection Tools CD-SEM, film thickness, defect detection, X-ray industry/metrology-tools/
💾 Device Makers Foundries, IDMs, and fabless semiconductor companies industry/device-makers/

👥 Target Audience & Use Cases

Audience Use Cases
🧑‍🔬 Engineers Understand strategic and societal context of fabrication
🧑‍💼 Managers & Planners Technology selection, industrial surveys, overseas strategy
🧑‍🏫 Educators & Students Learn the structural side of the tech industry not covered in textbooks

Role Tool Usage
🧩 Main Generator ChatGPT 4o Content construction, exercises, structural visualization
🔍 Research Assistant Gemini 1.5 Pro Geopolitical queries, tech trends, lecture summaries
✒️ Editorial Refiner Claude 3 Opus Tone polishing, document formatting, long-form writing

🔗 Prompt comparisons and tool-specific exercises can be found in ai-tools-comparison/


🧩 How to Use This Series


📄 License

※ The interpretations and opinions in each directory reflect the author’s own research and reasoning.


Project Description
Edusemi-v4x Foundational semiconductor education (design, physics, testing)
EduController Unified materials on control theory and AI control (9 chapters)
AITL-H Intelligent control architecture (FSM + PID + LLM)

👤 Author Information

Shinichi Samizo

📌 Areas of Expertise:

📬 Contact


This project connects “technology” and the “structure of the world”
to help learners build strategies for the future.
Ideal for education, research, and tech strategy planning.