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We want to check whether the rates of basic chemical reactions - proton and electron transfer - can be changed by placing the molecules in appropriately designed photonic cavities. The studies will include modification of reactivity in both ground and electronically excited states. Various methodologies will be tested, including (i) generating nanocavity-induced shifts of the energies of electronic transitions of the reactants or products and (ii) creating vibrational polaritons in order to affect the multidimensional reaction path. Our studies will also shed light on the influence of nanocavities on (i) hydrogen bond properties, (ii) photostability, (iii) Raman scattering, (iv) photophysics, and (v) magnetic circular dichroism (MCD) spectra.

• Preparation of nanocavities
• Spectral measurements
• Analysis of results
• Preparation of publications

• Full employment contract for 12 months

• Opportunity to work in a modern, well-equipped laboratory with good expertise in spectroscopy and photophysics

• No teaching obligations

• Administrative support from professional English-speaking personnel

Expertise in electronic and/or vibrational spectroscopy

Good knowledge of basic photophysics

Written and oral communication skills in English.

• Competence to carry out specific tasks in the project
• The candidate’s knowledge of spectroscopy and photophysics
• The candidate’s research achievements
• Other achievements (scholarships, awards, etc.)
• Research experience