In this new edition of Scientifica Journal, we had the pleasure of meeting Professor Federico Bella, Professor of Chemical Foundations of Technology at Politecnico di Torino.

Professor Bella has embarked on an academic journey that has allowed him to significantly contribute to the field of sustainable materials for energy devices.

But let’s find out more about his incredible work in detail.

Professor Bella, thank you for your time. Could you tell us more about your academic background and how your research career began?

Hello, I am an industrial chemist with a PhD in electronic devices. My scientific research career began in 2012 in an academic laboratory, where one of my first projects focused on hybrid photovoltaics and the exploration of new polymer-based technologies aimed at increasing both sustainability and durability.

Over the years, did you specialize in other fields of research, or have you remained focused on materials science?

I must say my research has always focused on sustainable materials for energy devices.

I started with solar cells and gradually extended my work to include batteries, supercapacitors, and electrochemical cells.

What intrigues me the most is the recovery of materials from waste or biomass and giving them new life in systems for energy production and storage. This approach not only supports environmental sustainability but also opens new frontiers in waste management and the circular economy.

Very interesting! Could you tell us more about your current projects?

At the moment, my research group and I are working on several fronts. One of the most promising projects involves the development of potassium-based batteries.

This is a very promising technology, as it combines good performance with low costs, and represents an ideal solution for storing electricity produced from renewable sources such as solar and wind energy.

It’s a major challenge, especially in terms of potassium chemistry, but the potential impact of this technology is significant.

Looking back over your career, what would you say has been your most rewarding experience or discovery?

Without a doubt, I must mention my involvement in research on perovskite photovoltaics, a topic that gained major interest about a decade ago.

It was a collaborative effort between Italian, Swiss, and American universities that resulted in a paper published in the renowned journal Science. The study demonstrated that a perovskite solar cell was more efficient, more stable, and more resistant to smog and other atmospheric conditions than traditional solar cells.

For me, this was a major milestone in terms of international collaboration and technological innovation.

In your opinion, what is the key element to succeeding in scientific research?

Research is a highly competitive environment, full of uncertainty. Accepting this is essential.

You need to be able to persevere in the face of unpredictable outcomes, even when experiments don’t give you the results you hoped for. You must be ready to adapt and not be discouraged passion for your work is definitely a crucial factor.

Let’s close with this question: how do you keep your passion for research alive despite the challenges?

Research has always been deeply connected to the evolution of society. Take electric cars, for example: 12 years ago, when I was starting out, a lithium battery-powered electric vehicle was still a distant concept. Today, the companies that manufacture them struggle to keep up with demand.

That transformation was made possible by intensive R&D in chemistry, materials science, and electronics.

The ability to face new challenges with enthusiasm and innovation is fundamental to scientific progress.

Thank you, Professor Bella, that was a truly insightful conversation!

And thank you to all our readers for joining us in this latest edition of Scientifica Journal.

Stay tuned for more exclusive interviews and in-depth features on the world of science and technological progress.