My research focuses on employing advanced surface-sensitive techniques, particularly synchrotron-based X-ray methods, to gain insights into the fundamental processes occurring at the electrode-electrolyte interface during the Oxygen Evolution Reaction.

My reasearch is focused on studying metal surfaces during the corrosion process, aiming to bridge traditional methods with modern X-Ray spectroscopy techniques. By doing so, we seek to gain novel insights into corrosion processes at the atomic scale, addressing a significant societal issue with wide-ranging impacts.

My research is focused on the environmental effects of past volcanic eruptions, focusing on sulfur emissions' impact on ecosystems. We analyse lake sediments to understand volcanic sulfate deposition and investigate the reasons behind rising iron levels in freshwater, using advanced spectroscopic techniques.

My research is research is focused on the secondary use of ash from municipal solid waste incineration. We utilize methods like x-ray absorption spectroscopy and nano-resolved x-ray fluorescence, along with standard aerosol characterization techniques, to analyze the heavy metal content and assess the potential for recycling.