| Abstract Scope |
Functional thin films on industrially relevant substrates are pivotal for next-generation technologies. Mica, with its exceptional dielectric properties and mechanical flexibility, emerges as a prime candidate for future flexible electronics. This presentation will delve into the challenges, opportunities, and applications of thin film growth on mica using pulsed layer deposition (PLD).
PLD provides precise control over deposition, facilitating the creation of high-quality thin films with customized properties. However, optimizing film growth on mica entails several challenges. We will discuss growth mechanisms and strategies to overcome these challenges, focusing on future studies that will correlate deposition parameters with the films' structural, electrical, and mechanical properties.
Advanced characterization techniques, including X-ray diffraction, Raman, and atomic force microscopy, will offer insights into growth mechanisms and interface dynamics. We will also explore potential applications in flexible electronics, sensors, and energy storage, emphasizing how defects and interfaces play a crucial role in affecting the properties. |