Exploring light-matter interactions sparked my passion for optics and photonics. I work on research in quantum physics and photonics. Specifically, I study how light can be used in advanced technologies and converted into energy for various applications, including solar cells and energy-saving devices. I also organize scientific events and projects that promote STEM. One of my key roles is mentoring young researchers and supporting women in science.

Among my greatest achievements that I would like to note are receiving a grant from the US National Science Foundation, implementing inter-university projects in nanotechnology, and creating educational initiatives to popularize science among young people. I would especially like to highlight the project to retrain war veterans in Ukraine, which helps them acquire new skills to work with solar power plants. This contributes to their professional development and develops renewable energy in Ukraine.

One of the most difficult challenges has been combining active scientific activity with work on international grant projects and the popularization of STEM. The balance between these areas requires discipline, strategic planning, and great perseverance. However, despite all the difficulties, an even greater challenge is not to lose faith and continue to engage in science during the war. Commitment to the cause, support from like-minded people, and the realization that science is not only research but also a contribution to the future that we are now fighting for, very much help us to cope.

Don’t be afraid of challenges or doubt your abilities. STEM is not just for geniuses but for anyone willing to learn, experiment, and persevere in facing challenges. Seek out mentors, be curious, and don’t be afraid to take responsibility.

I want more young people, especially girls, to believe they can contribute to science and technology. My ambition is to create an environment where women in STEM can grow, be supported, and realize their ideas. Science is not just a career; it’s a way to change the future. If we join forces, we can make technology more accessible, greener, and useful for society.

Kseniia Minakova
Head of the Optics & Photonics Laboratory, Micro- and Nanoelectronics Department, National Technical University Kharkiv Polytechnic Institute
Born in Ukraine / Resides in Ukraine
Educational Background: BS in Applied Physics, MS in Theoretical Nuclear Physics, V. N. Karazin Kharkiv National University, Ukraine; LLM in Intellectual Property and Copyright, National Technical University Kharkiv Polytechnic Institute, Ukraine; PhD in Solid State Physics, National Academy of Sciences of Ukraine