When I was a little girl, my parents gave me a minimicroscope, and I started to study the plants in my garden. Growing up, I always had a strong passion for math and science and by the end of high school, I realized that I wanted to explore this passion as a physicist. I am amazed every time I learn how to describe a phenomenon using such an elegant language.

My current field of study is experimental quantum optics, and I hold three jobs. I work in a quantum telecommunication startup, QTI, where my main responsibilities include the design and development of new hardware components and the testing of the devices I have envisioned. I also work as a PhD student in the physics department. Here I study new cryptographic protocols through which I can use the unique properties of quantum light to enhance the security of the telecommunication system. Finally, I work as a scientific creator for a divulgation [science communication] startup, STEMA. Here I dive into all sorts of new engineering discoveries, and I transform them into social-media content for all to enjoy.

One of the toughest times was during the pandemic. I was struggling to keep myself motivated and committed to my master’s degree. So, I decided to roll up my sleeves and arrange an internship in the UK, where for the first time I could work with integrated devices for quantum telecommunications systems in a young and innovative startup, KETS. This decision is one of my greatest accomplishments as I was able to push myself out of a very tough and demotivating time, turning it into a precious learning experience.

Being a woman in physics isn’t always easy. It’s a male-dominated field, and I often find myself the only woman in class or during experiments. This highlights the diversity problem in STEM, where it is often difficult to find a senior female role model. In addition, experiencing Imposter Syndrome is more likely. I wish someone had told me: don’t let anyone else tell you what you’re worth; prove yourself, and never doubt your abilities. Besides the struggle, this pushes me to give my best every day. I hope that by promoting diversity, I can encourage other women to stick with their passion and not give up. My advice for the future generation is simple: believe in yourself; you can overcome the challenges you are facing.

Giulia Guarda
PhD Student in Atomic and Molecular Photonics, European Laboratory for Non-Linear Spectroscopy, University of Florence; Quantum Photonics Consultant; Scientific Creator, STEMA
Born in Italy / Resides in Italy
Educational Background: BSc in Physics, University of Trieste, Italy; MSc in Engineering Physics and Nanotechnologies, Quantum Engineering, Technical University of Denmark (DTU), Denmark