A PhD position in inorganic chemistry is currently available at the Department of Physics, Chemistry, and Pharmacy.

Project Background
Modern industry is heavily reliant on molecular hydrogen (H2) for driving reduction reactions, such as the exemplar Haber–Bosch reaction. To overcome hydrogen’s sluggish reactivity, these processes require high temperatures and pressure, and efficient transport of gaseous fuels remains a major challenge. Inspired by nature’s own strategies, where organic molecules are used instead of hydrogen gas to store, transport, and deliver electrons in the form of hydride (H–), this project aims to use small synthetic models of these redox-active cofactors to drive multi-electron redox reactions inside new metal–organic frameworks.

Research Group
The McPherson group design new metal–organic frameworks, which translate the exquisite control of molecular synthetic chemistry into robust solid materials. We combine a strong background in synthetic skills with expertise in characterising and manipulating the electronic structures of solid-state materials, to tackle the significant and diverse challenges facing society as we transition away from technologies reliant on fossil-fuels.

Qualifications
The successful candidate will have experience in synthetic inorganic chemistry. Hands-on experience with air- and moisture-sensitive synthetic techniques is strongly desired. In addition, experience in any of the following methods will be advantageous:

• Single-crystal crystallography

• Powder X-ray diffraction

• NMR

• UV-vis spectroscopy

• IR spectroscopy

• Luminescence spectroscopy

• Electrochemistry

We expect good interpersonal and communication skills (English) for effective teamwork across disciplines and demonstrated leadership will be regarded highly.

Application deadline: 8 February 2026 at 23:59 hours local Danish time

Please see the full call, including how to apply, on https://fa-eosd-saasfaprod1.fa.ocs.oraclecloud.com/hcmUI/CandidateExperience/da/sites/CX_1001/job/3497/?utm_medium=jobshare