Iuliia Mikulska

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About

Iuliia Mikulska is a leading researcher at the intersection of advanced characterization techniques and sustainable nanotechnology. Her work centers on developing operando methodologies to probe the real-time structural and chemical evolution of nanomaterials under environmentally relevant conditions. Mikulska’s most influential contribution is her visionary call for a “tri-beam” approach—combining synchrotron X-rays, neutrons, and X-ray free-electron lasers (XFELs)—to overcome critical gaps in observing how nanomaterials transform during use and aging. This framework, detailed in her highly cited 2025 paper (5 citations), provides a roadmap for designing truly safe and sustainable nanomaterials by linking atomic-scale dynamics to long-term stability and toxicity. Her research bridges fundamental materials science with pressing environmental and health challenges, offering tools to predict nanomaterial behavior before large-scale deployment. Mikulska’s work has rapidly gained recognition for its forward-looking perspective, positioning her as a key voice in the global effort to harmonize nanotechnology innovation with safety-by-design principles. For students and researchers, her contributions exemplify how advanced beamline science can directly inform the development of next-generation, responsible nanomaterials.