Nicolò Galizia, new predoctoral researcher alongside Andrés Castellanos Gómez

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His name is Nicolò Galizia and he is from Napoli, Italy. He is now a predoctoral researcher (FPI contract) at the 2D Foundry group, where he is working alongside Andrés Castellanos-Gómez. 

What have you worked on so far?

I have spent my Master's thesis in Physics working on 2D van der Waals materials such as MoS2 and Graphene, where I studied the interaction between these materials and organic substances using various sample fabrication and molecule deposition techniques. My work was conducted across three different universities, in Rome, Naples, and Okayama, Japan. 
This diverse experience has allowed me to interact with culturally distinct environments and adopt different work methodologies, significantly enriching my approach to research.

What will you work on? With whom?

During my PhD, I will continue to focus on 2D materials under the guidance of Prof. Andrés Castellanos-Gomez. 
My research will aim to explore the physical properties of 2D materials and investigate novel technological applications that leverage their unique characteristics. I plan to blend fundamental physics research with the development of new tech devices, with the ultimate goal of creating simple yet impactful technologies based on 2D materials.

Why did you choose ICMM?

ICMM is one of the leading centers for 2D materials research, and the focus of the group aligns perfectly with my scientific interests.  I am enthusiastic about joining the 2D Foundry Group, as it offers an excellent environment to further develop my research in 2D materials and contribute to the advancement of innovative technologies in this field.

And a personal touch: any hobbies? What would you like to contribute to the institute?

I’ve always been interested in Japanese culture, video games, and roller skating since I was a kid. And of course, my beloved football team is Napoli Calcio. I’m confident I can contribute to the team with my strong teamwork skills and the methods I’ve learned during my master's thesis work.