معرفی
Michael Rosko is a Research Fellow at North Carolina State University, specializing in photophysical properties of transition metal complexes, particularly focusing on copper(I) and rhenium(I) systems. His work emphasizes Metal-to-Ligand Charge Transfer (MLCT) chromophores, excited-state dynamics, and applications in materials science and energy materials. He contributes to advancements in quantum dot synthesis via automated fluidic systems like Smart Dope.
Research Interests: Dr. Rosko explores the design and characterization of molecular systems with long-lived excited states, including copper(I) MLCT complexes and rhenium(I) chromophores. His studies integrate synthesis, spectroscopy (e.g., time-resolved infrared, photoluminescence), and computational modeling to understand electronic and structural factors influencing photophysical behavior. Applications span energy materials, sensors, and optoelectronics.
His publications highlight advancements in extending excited-state lifetimes through steric modulation, ligand design, and energy transfer mechanisms. Recent work on perovskite quantum dots via automated synthesis platforms demonstrates interdisciplinary innovation at the interface of chemistry and engineering.
Lab/Teams: Affiliated with the Postdoctoral Researchers group at NCSU, collaborating on interdisciplinary projects in materials chemistry and automated synthesis.
