Postdoctoral Research Associate

The petitioner proposes to develop novel materials and synthetic pathways for highly efficient perovskite solar cells. This work focuses on a new fabrication process to improve phase purity and stability, aiming to create affordable solar cells with record-setting energy conversion efficiency.

The petitioner proposes to continue research on fabricating perovskite solar energy modules, with a specific focus on improving their stability and photovoltaic performance. This work involves testing device durability and performance reliability to enable scalable, environmentally sustainable, and carbon-free clean energy solutions.

The petitioner proposes to continue analyzing materials, conducting performance testing, and developing approaches for perovskite solar materials fabrication. The work focuses on expanding the applications of tin(II)-based perovskite optoelectronics as a substitute for lead-based versions and regulating lithium chemical activities for metallic batteries. The goal is to reduce energy consumption and enhance the long-term viability and performance of solar energy systems.

The petitioner proposes to advance the discovery pipeline for perovskite materials through robotics-enabled synthesis and characterization techniques. Her work integrates automated experimentation with data-driven analysis to accelerate the identification of materials for solar technologies and energy-efficient lighting. The endeavor aims to reduce toxic components in energy systems and enhance the scalability of renewable energy solutions.