PIF2024 - Dynamic nanocomposite (bio) hydrogels in 3D/4D printing PID2023149734NB-C21

The overall goal is to develop novel polymer hydrogels through a comprehensive investigation of dynamic physical (crystalline) and covalent crosslinks as a strategy for designing 3D/4D printable hydrogels. To that end, the Project is split into three main parts: i) the investigation of polymer crystallization both in the bulk state and in solution, ii) the investigation of polymer gelation mechanisms and driving forces (physical, chemical, and dynamic bonds), and iii) to master gels additive manufacturing. The PhD thesis will be co-supervised by Dr. Rebeca Hernández (ICTP-CSIC, Madrid) from the Nanostructured Polymers and Gels group and Prof. Alejandro J. Müller (POLYMAT and University of the Basque Country UPV/EHU, Donostia-San Sebastián) from the Advanced Multiphasic Polymers (AMP) group. The experimental work will be carried out jointly in both laboratories. The selected researcher will conduct part of the experimental work at the NANOPOLYGELS group laboratory at ICTP-CSIC and the other part at the AMP group laboratory at POLYMAT, UPV/EHU. The candidate is expected to spend 2 years in Madrid and 2 years in San Sebastián.