Sergey Milikisiyants

Sergey Milikisiyants is a Research Scholar at North Carolina State University (NCSU), specializing in advanced spectroscopic methods for biophysical and materials science research. His work focuses on electron paramagnetic resonance (EPR) spectroscopy, particularly in studying membrane proteins, photosynthetic systems, and nanomaterials. He contributes to developing novel experimental techniques for structural and dynamic characterization of biological and synthetic systems.

Research interests include: 1) Structural dynamics of membrane proteins using pulsed EPR and nanotemplate methods, 2) High-resolution electronic structure analysis of photosynthetic complexes (e.g., Photosystem I and II), 3) Characterization of diamond nanocrystals and their paramagnetic properties, and 4) Innovations in high-frequency DNP/EPR instrumentation. His methodologies bridge solid-state physics, biophysics, and materials engineering.

Recent research highlights include pioneering studies on lipid bilayer stabilization via nanopores, profiling water gradients in membrane interfaces, and analyzing spin dynamics in HPHT-synthesized diamonds. These advancements enable deeper insights into protein-membrane interactions and material defect behaviors under extreme conditions.

Notably, Dr. Milikisiyants has contributed to instrumentation innovations like photonic band-gap resonators for enhanced magnetic resonance sensitivity and multifrequency HYSCORE spectroscopy for resolving complex electronic structures. His work frequently appears in high-impact journals, demonstrating interdisciplinary impact across biology, chemistry, and engineering.