Quantum and Nanocomputing: Organic Thin Films

This lecture covers the modeling, analysis, synthesis, and fabrication of organic thin films (OTF) for molecular biasing and wiring in nanocomputing. It explains the Langmuir-Blodgett and self-assembled monolayers (SAM) techniques, as well as the simulation of the deposition process using molecular dynamics. The instructor discusses the potential of OTF in future nanoelectronics, focusing on memory hierarchy, logic-in-memory computing, and new technologies like RERAM and spintronics. The lecture also delves into magnetic materials, domain walls, and magnetic anisotropy, highlighting their role in nanomagnetic logic and information storage.