What do you do in chemistry?

‘I am an Assistant Professor in Computational Chemistry at the University of Amsterdam. In my lab, we develop multiscale computational tools to understand and modulate bio-inspired systems. Our focus lies in understanding and controlling the condensation mechanisms of polypeptides and their response to biological environments. Additionally, we design targeted bioinspired agents, such as peptide-based therapeutics customized for neurodegenerative and cancerous diseases. Furthermore, we develop smart (bio)materials with adaptable and responsive properties.’

When did you know you wanted to become a scientist?

‘I was always a curious spirit and tried to understand how things work. From early on I had a drive towards sciences, which alternated between physics and chemistry over the years. Now, I combine the best of both worlds, with a dash of biology thrown into the mix.’

‘Science should know no boundaries’ 

Who would you like to trade places with for a day?

‘I admire many colleagues for their research, but I would not trade places with anyone. It’s always best to be yourself.’

What life lesson do you want to pass on to others?

‘Stay curious and be patient. We work hard to understand our subject of interest, yet current technological advancements often force us to want instant gratification. Science is not about immediate gratification; it’s a long-term journey driven by passion.’

Why do you think it’s important to be a member of the KNCV?

‘The KNCV brings together scientists from different fields and levels of research experience. As a member, I have been able create and foster national and international connections. Science thrives on collaboration, making KNCV a pivotal community builder that aids in advancing science.’

What does this photo mean to you?

‘The picture shows me at the Einstein Museum in Bern. I believe Einstein is the greatest scientist of all time and our current understanding of the world owes much to his scientific contributions. This picture reflects curiosity, perseverance, and passion for science, despite the historical hurdles he had to overcome. It reminds me that science should know no boundaries.’