This PhD position focuses on the noncovalent synthesis of self-assembled nanotubes, a significant target in supramolecular chemistry due to their nanoscale dimensions and applications in biomedicine. These nanotubes are inspired by natural structures and possess unique attributes like inner cavities suitable for encapsulation, transport, or catalytic functions. The successful candidate will contribute to the project “Functional Self-Assembled Systems: from Discrete Structures to Polymeric Networks (SupraFun)”, exploring the potential of these systems for biomedical applications.

Qualifications 

1. Completion (or current enrollment) of Master’s studies in Organic Chemistry
2. Excellent academic performance in Bachelor’s and Master’s studies

• Proficiency in English. Strong motivation for research
•  Additional background in Supramolecular Chemistry or Molecular Materials is advantageous, though not required