Alessandra Zucca

Piaggio (Italy), Italian Institute of Technology

Papers

Total Citations

102

H-Index

About

Alessandra Zucca’s research sits at the intersection of materials science, healthcare, and automation, with a focus on creating seamless human-device interfaces. Her most celebrated contribution is the development of “tattoo conductive polymer nanosheets” for skin-contact applications. This pioneering work, published in *Advanced Healthcare Materials* in 2015, introduced ultra-thin, conformable electronic tattoos fabricated on decal transfer paper. Using ink-jet printing to pattern circuits, these nanosheets adhere intimately to complex skin surfaces, offering an almost imperceptible platform for health monitoring and human-machine interaction. This key paper has garnered 97 citations, underscoring its influence in the field of conformable electronics. Zucca’s work envisions a future where wearable electronics are not worn, but temporarily transferred onto the skin like a temporary tattoo, enabling unperceivable, long-term physiological sensing. More recently, she has expanded her expertise into the automation of anatomic pathology processes, reviewing technologies to reduce human error in diagnostic workflows. By bridging soft electronics with clinical automation, Zucca is driving innovation toward more reliable, integrated, and patient-friendly diagnostic tools.