At INFN, I created Manuale dei piccoli ingegneri - Imparare la fisica progettando la propria casa dei sogni, making physics accessible to children through play and design. I also presented a talk at ICERI2025, where my paper on learning physics by designing a home was published in the proceedings.
My doctoral research at Università degli Studi Roma Tre examined how ionic liquids affect the mechanical and elastic properties of biomembrane models, using atomic force microscopy. I found that membrane rigidity or fluidity changed depending on the ionic liquid’s cation structure.
At Istituto Italiano di Tecnologia, I collaborated with a physics team developing an optometer to detect beta-amyloid plaques on the retina. I worked on fluorescence signal measurement and super-resolution methods, and analyzed pig retinas using hyperspectral imaging.
I founded ANUAR, an educational volunteer association that brings science, ethics, and spirituality together to support young people’s growth. I also teach Islamic education, and trained in AI automation by developing workflows for content, lead generation, customer support, and creative media.
