Memristor | A Next Generation Memory Device | Working Mechanism Explained

🔬 Ever wondered how memristors work? In this fully animated breakdown, we dive deep into a Pt/TiO₂/Ti memristor, explaining both its working principle and atomic-level switching mechanism. You’ll understand how this nanoscale device stores information through resistance changes — not charges — and why it’s so important for the future of electronics, AI, and neuromorphic computing.

💡 This video covers:
• Limitations of conventional memory devices, for instance, flip-flop circuits
• The working mechanism behind Set and Reset modes
• How oxygen vacancies and conductive filaments enable resistive switching
• Read & Write operations of a memristor explained with I-V Hysteresis curve

Whether you’re a student, researcher, or tech enthusiast, this video offers an intuitive and visual understanding of memristor fundamentals.

📌 Timestamps:
00:00 Conventional Memory Devices
01:00 Structure of a Memristor
02:00 Set Mode (Write ‘1’)
04:22 Reset Mode (Write ‘0’)
04:53 I-V Hysteresis Curve

🎓 Recommended for:
Undergraduate & graduate electronics students, VLSI/Device Physics learners, AI hardware & materials engineers, semiconductor enthusiasts.

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