PhD Position in Light-Driven CO2 Capture and Molecular Systems

ETH Zurich seeks a PhD researcher to develop light-driven CO2 capture systems using photoresponsive molecular switches and photoacids. The role involves molecular synthesis, physical chemistry, and spectroscopy to advance energy-efficient carbon capture technologies.

This position focuses on exploring an innovative approach to carbon capture by utilizing light to control the release and uptake of CO2 through photoresponsive molecular switches. The successful candidate will investigate how photoacids and related molecular systems influence proton transfer and chemical equilibria, aiming to establish new, energy-efficient methods for CO2 capture through a combination of molecular synthesis, physical chemistry, spectroscopy, and reaction engineering.

Responsibilities

• Design and evaluate molecular systems capable of capturing and releasing CO2 when exposed to light
• Investigate photoinduced proton-transfer mechanisms and their impact on CO2 capture chemistry
• Conduct physicochemical characterization of the developed molecular systems
• Analyze experimental results to build a mechanistic understanding of light-responsive CO2 capture
• Share research findings at international conferences and publish in peer-reviewed scientific journals
• Work closely with internal team members and external international collaborators

Requirements

• Master’s degree in Chemistry, Physical Chemistry, Organic Chemistry, Chemical Engineering, Materials Science, or a closely related field (or be near completion)
• Strong motivation and curiosity, with a self-driven approach to solving fundamental scientific challenges
• Ability to thrive in an interdisciplinary and collaborative research setting

Nice to have

• Background in physical chemistry or photochemistry
• Experience with organic, polymer, or supramolecular chemistry
• Knowledge of CO2 capture methods or reaction/process engineering
• Familiarity with spectroscopic characterization techniques

What the company offers

• Public transport season tickets and car sharing options
• Access to a wide range of sports facilities through ASVZ
• Childcare support and competitive pension benefits
• A collaborative, inclusive, and intellectually stimulating research environment

About the company

ETH Zurich fosters an interdisciplinary and collaborative research environment that encourages intellectual stimulation and inclusive teamwork. The institution supports its researchers with comprehensive benefits and a focus on scientific excellence.

• Emphasis on interdisciplinary and collaborative research
• Commitment to an inclusive and intellectually stimulating environment