Benjamin Foley
About Benjamin Foley
Benjamin Foley is a Postdoctoral Research Fellow at Oak Ridge National Laboratory, focusing on the dynamics of charge carriers in semiconductor materials. He has a background in Chemical Engineering and has held various research positions, including internships and fellowships at notable institutions.
Current Position at Oak Ridge National Laboratory
Benjamin Foley currently serves as a Postdoctoral Research Fellow at Oak Ridge National Laboratory, a role he has held since 2018. His research involves investigating the dynamics of charge carriers in semiconductor materials, particularly focusing on the influence of grain size and composition. This position allows him to contribute to advancements in semiconductor technology through his specialized knowledge in crystallization processes.
Previous Experience at Lam Research
Before his current role, Benjamin Foley interned at Lam Research for eight months in 2012 and 2013 in Fremont, California. During this internship, he gained practical experience in the semiconductor industry, which provided him with insights into the operational aspects of semiconductor manufacturing and research.
Research Assistant Role at Oregon State University
From 2010 to 2012, Benjamin Foley worked as a Research Assistant at Oregon State University. In this capacity, he contributed to various research projects, enhancing his understanding of chemical engineering principles and their applications in semiconductor research. This role laid the foundation for his future academic and research endeavors.
Educational Background in Chemical Engineering
Benjamin Foley earned his Bachelor of Science degree in Chemical Engineering from Oregon State University, completing his studies from 2008 to 2012. This educational background equipped him with essential knowledge and skills in chemical processes, which he applies in his current research on semiconductor materials.
Research Focus on Perovskite Semiconductors
Foley's current research explores the molecular motion of organic cations within the perovskite lattice and its correlation with carrier recombination rates. He focuses on controlling crystallization in lead halide perovskite semiconductor thin films to achieve specific grain sizes and compositions, which is crucial for improving the efficiency of semiconductor devices.