Professor Cinzia DaVià Drives Collaborative Innovations in Physics

Professor Cinzia DaVià, a renowned figure in the field of physics, emphasizes the importance of collaboration in her extensive professional journey. Currently serving as a professor at the University of Manchester in England and a research professor at Stony Brook University in New York, DaVià has made significant contributions to projects ranging from particle accelerator experiments at CERN to innovative solutions for portable energy generation.

Her career began in the scenic Dolomites of Italy, where a childhood fascination with astrophysics was ignited by the documentary series “Astronomia.” Following her studies at the University of Bologna, DaVià participated in a pivotal summer internship at CERN, where she contributed to the assembly of experiments for the Large Electron-Positron (LEP) collider.

Groundbreaking Contributions at CERN

The LEP, recognized as the largest electron-positron accelerator ever constructed, played a vital role in validating the standard model of particle physics. DaVià’s involvement in developing radiation-hard silicon sensors led to significant advancements in high-energy experiments. Her research on the revival of non-functional sensors, known as the “Lazarus effect,” illustrated her innovative approach to problem-solving.

After completing her physics degree in 1989, DaVià’s career expanded during her decade at CERN. She was instrumental in the transition from traditional planar silicon sensors to the development of cutting-edge 3D silicon sensors, which are resistant to extreme radiation. This shift has been crucial for the evolving demands of large collider experiments, allowing scientists to gather more accurate data on particle creation.

“Nothing was programmed,” she reflects on her career trajectory. “It was always an opportunity that came after another opportunity.” This adaptability has been a hallmark of DaVià’s professional life, leading her to coauthor over 900 publications and play a pivotal role in multiple groundbreaking discoveries.

Commitment to Sustainable Solutions

Beyond her contributions in particle physics, DaVià is actively engaged in addressing global challenges, particularly those posed by climate change and extreme weather events. Her participation in a symposium at the American Institute of Architects International and AIA Japan Osaka World Expo inspired her to explore innovative recovery solutions for underserved populations affected by natural disasters.

One of her key initiatives includes the development of “smart shelters,” designed to provide power and communication capabilities in remote areas during crises. This concept was influenced by the MOVE initiative from IEEE, which aims to provide support to communities affected by disasters.

In October 2023, DaVià plans to host a conference at CERN focused on sustainable entrepreneurship, bringing together experts from various fields to devise practical solutions for energy generation and storage. “The goal is to join the dots across different disciplines,” she noted, highlighting the importance of interdisciplinary collaboration.

DaVià’s commitment to sustainability extends to her leadership within the IEEE, where she has held various roles, including serving as a distinguished lecturer and chairing the Climate Change Initiative within the IEEE Nuclear and Plasma Sciences Society. Her efforts have led to significant events, such as the 2024 Climate Workshop on Nuclear and Plasma Solutions for Energy and Society.

As her career continues to evolve, DaVià remains dedicated to fostering connections across disciplines, believing that collaboration is the key to tackling complex global issues. “IEEE helps bring people together who might not otherwise connect,” she emphasized, reinforcing her belief that collective efforts yield greater results.

With her ongoing work at CERN, the University of Manchester, and Stony Brook University, Professor Cinzia DaVià exemplifies how collaboration in science can lead to groundbreaking innovations and sustainable solutions for the future.