Collaboration is at the heart of Cinzia DaVià’s career. As a Professor of Physics at the University of Manchester and a Research Professor at Stony Brook University, her work spans various disciplines, connecting her with a wide network of professionals. Her contributions range from developing innovative silicon sensors used in CERN’s particle accelerator experiments to researching portable energy solutions aimed at combating climate change.
DaVià, a senior member of IEEE, emphasizes that collaboration is essential for success in any project. She acknowledges the critical role IEEE has played in fostering her professional connections. “The people involved in any project are really the ones to be celebrated,” she states, showcasing her commitment to teamwork over individual accolades.
A Journey Sparked by Curiosity
Growing up in the Italian Dolomites, DaVià’s fascination with physics began with the documentary series “Astronomia,” which introduced her to astrophysics. This passion led her to the University of Bologna, where she pursued a degree in physics. A pivotal summer internship at CERN in Geneva shifted her career trajectory, where she contributed to the Large Electron-Positron (LEP) collider, the world’s largest electron-positron accelerator.
Revolutionizing Radiation Detection
During her ten years at CERN from 1989 to 1999, DaVià made significant advancements in radiation detection technology. One of her notable contributions was addressing the radiation hardness of silicon sensors, which are crucial for capturing particle creation events in collider experiments. Her work on the so-called “Lazarus effect” involved reviving nonfunctional detectors by cooling them to extreme temperatures.
Perhaps her most impactful achievement was collaborating with Sherwood Parker to develop 3D silicon sensors capable of withstanding extreme radiation exposure, which marked a significant leap in technology. These sensors, which have since replaced traditional planar designs in the most radiation-intensive areas of collider experiments, are faster and more resilient. This development was not only a technical breakthrough but similarly a testament to her collaborative leadership, bringing together diverse teams, including competitors, to achieve shared goals.
Addressing Climate Challenges
Beyond particle physics, DaVià is deeply committed to addressing the impacts of climate change. After attending a symposium at the Osaka World Expo, she became particularly concerned about the effects of extreme weather on underserved populations. This concern drove her to explore the concept of “smart shelters” that could be deployed in disaster-stricken areas, providing both power and communication capabilities.
The idea was inspired by the MOVE initiative from IEEE, which delivers power and communication resources to communities affected by natural disasters. DaVià has led efforts to form cross-disciplinary teams to refine this concept, culminating in a planned conference at CERN focused on sustainable entrepreneurship and energy solutions.
Future Directions and Impact
DaVià continues to play a significant role in both academia and the broader scientific community. In addition to her teaching responsibilities, she remains active at CERN, advising students and engaging in innovative projects through IdeaSquare, where entrepreneurs and scientists collaborate on solutions to global challenges. With over 900 publications to her name, she is also a prominent editor for Frontiers in Physics and a cochair of the European Union’s ATTRACT initiative.
As she looks to the future, DaVià’s commitment to collaboration remains unwavering. Her work not only advances physics but also addresses pressing societal issues, ensuring that the benefits of scientific discoveries are shared widely. “IEEE helps bring people together who might not otherwise connect,” she reflects, highlighting the importance of collective effort in driving progress.
As DaVià continues to bridge the gap between science and societal needs, her work serves as an inspiration for future generations of scientists. The upcoming conference at CERN is poised to foster fresh ideas and partnerships that could lead to groundbreaking solutions in sustainable energy and disaster recovery.
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