PhD Position in NCCR Genesis: On the rise of molecular complexity at the Origin of Life ETH Zürich in United Kingdom

PhD position at ETH Zurich in the NCCR Genesis research network focused on the rise of molecular complexity at the origin of life.

The project is part of the National Centre of Competence in Research NCCR Genesis, a SNSF-funded interdisciplinary research infrastructure dedicated to understanding how life emerges in the Universe. The work connects chemistry, biology, physics, and earth and planetary sciences to address fundamental questions about prebiotic conditions, biosignatures, and the pathways that may lead from simple building blocks to self-replicating chemical systems.

The doctoral researcher will join the Riek Group at ETH Zurich, within the Institute of Molecular Physical Science, Department of Chemistry and Applied Biosciences (D-CHAB). The project will investigate the emergence of molecular complexity from amino acids and nucleotides, with a specific focus on peptide amyloids and their interactions with RNA and membranes, and on how these interactions may illuminate the emergence of proto-ribosomal machinery.

This is a fully funded PhD position for around four years at a world-leading university. The role offers an outstanding research environment, access to state-of-the-art laboratories and experimental facilities, and the opportunity to work in an enthusiastic, collaborative, and interdisciplinary team. The position is especially relevant for candidates interested in experimental chemistry, physical chemistry, organic chemistry, and origin-of-life research.

Applicants should have a Master's degree and a strong experimental chemistry background, ideally with experience in physical and/or organic chemistry. Strong English communication skills are essential, along with teamwork, social skills, and a proactive, positive attitude toward interdisciplinary research.

There is no deadline; applications will be reviewed until a suitable candidate is found. The expected start date is Fall 2026 or by mutual agreement. Interested candidates should apply through the ETH Zurich online portal with a CV, a motivation letter, transcripts or diplomas, and referee contact details.