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About

E. V. Charnaya is a leading researcher in condensed matter physics, specializing in the phase behavior and structural transformations of metallic alloys under extreme nanoconfinement. Her work focuses on how porous matrices—such as nanoporous glasses and templates—dramatically alter the melting, solidification, and supercooling of gallium-based alloys (Ga–In, Ga–In–Sn). Charnaya’s major contributions include demonstrating the stabilization of the metastable β-Ga phase in nanostructured Ga–In alloys (2021, 5 citations) and revealing how pore morphology dictates phase diagram shifts in ternary GaInSn systems (2024, 2 citations). Her NMR studies of bulk Ga–In melts (2025, 1 citation) provide atomic-scale insights into liquid structure evolution. Collectively, her work has garnered over a dozen citations, establishing her as a key voice in nanoscale thermodynamics. Notably, her 2022 study on supercooling in nanostructured gallium alloys (4 citations) offers critical data for designing low-melting-point nano-solders and phase-change materials. Charnaya’s research bridges fundamental physics and practical nanotechnology, making her a vital resource for students exploring confinement-driven phase transitions.