Klara Corejova

What inspired you to pursue this project and join the DAMC CDT?  

I completed my undergraduate degree in Medicinal Chemistry at the University of Liverpool, where I discovered a strong passion for organic chemistry. While I enjoyed designing and synthesising molecules, I wanted to broaden my skill set and explore areas that combine chemistry with practical applications. This led me to pursue a PhD project that allows me to continue working with organic chemistry through the crystal side of my project while also learning about electrochemistry and proton/ion conduction, learning skills that are entirely new to me.

I chose to join the DAMC CDT because of its collaborative and supportive environment. Being part of a cohort with diverse academic backgrounds means that, whenever challenges arise, there is always someone to discuss ideas with or get guidance from. The CDT community has allowed me to build friendships and professional networks with people who are on the same journey, making the PhD experience a more enjoyable.

What is your research project about, and what impact do you hope it will have?     

My research focuses on designing non-metal organic frameworks (N-MOFs) to study proton and ion conduction. By combining organic synthesis, crystal engineering, and electrochemical characterisation, I aim to understand how molecular structure and crystal packing influence ion transport in purely organic systems. This work has the potential to advance sustainable energy technologies, such as fuel cells, by providing metal-free, tunable materials that could improve performance and reduce costs. Beyond practical applications, the project contributes to fundamental knowledge of proton and ion conduction, opening new directions in materials chemistry and energy research.

What has been the most exciting or rewarding part of your PhD journey so far? How does your project benefit from being part of an interdisciplinary CDT like DAMC?  

The most exciting part of my PhD has been working between two groups full of supportive people who are always willing to help, as well as having opportunities like visiting the Diamond Light Synchrotron. My project has already benefited from being part of the CDT, where engineers and computer scientists within my CDT cohort have helped me set up sensors for my environmental chamber that I use for my electrochemical experiments.