The DarChemDN Podcast Series
Prof. Sijbren Otto | Systems chemistry
Meet Prof. Sijbren Otto
University of Groningen, NL
DarChemDN coordinator, supervisor of DC6 and DC10
In this interview, Prof. Sijbren Otto introduces his research in systems chemistry and the long-term ambition to create a completely synthetic form of life from molecules designed and synthesised in the laboratory. He also reflects on public interest in origin-of-life research and the role of the DarChemDN network in bringing together young researchers to explore experimental and philosophical questions around life.
Prefer reading? The accompanying news article summarises the interview.
Prof. Gonen Ashkenasy | Peptide replication
Ben-Gurion University of the Negev, IL
Supervisor of DC1 and DC9
In this interview, Prof. Gonen Ashkenasy introduces his group’s work on peptide systems, origin-of-life chemistry and replication studies. He explains how peptide replication can drive more complex functions, including oscillatory behaviour and computational motifs, and shares his perspective on scientific motivation and the importance of exploring new research directions.
Prefer reading? The accompanying news article summarises the interview.
Prof. Eörs Szathmáry | Evolution and origin of life
Meet Prof. Eörs Szathmáry
Parmenides Foundation, DE
Supervisor of DC2
In this interview, Prof. Eörs Szathmáry discusses his background in theoretical evolutionary biology and his work on origin-of-life research and artificial living systems. He explains how theoretical approaches can help explore autocatalytic networks, evolving systems and the broader scientific questions behind Darwinian Chemistry.
Prefer reading? The accompanying news article summarises the interview.
Dr Anatole Geffrault | Microfluidics
Meet Dr Anatole Geffrault
Microfluidics Innovation Center, FR
Supervisor of DC5
In this interview, Dr Anatole Geffrault introduces his work as a research and innovation engineer developing microfluidic devices, including coding, firmware, electronics and experimental testing. He explains microfluidics as the control of fluid flows at the microscale and highlights how microfluidic platforms can support research in chemistry, biology and compartmentalised chemical systems.
Prefer reading? The accompanying news article summarises the interview.