1. Ministerio de Ciencia e Innovación
- PID2022-139296NB-I00. Supramolecular Organometallic NIR Emitters (SUPRANIR). 2023-2026.
- PID2019-104121GB-I00. Supramolecular tools for increasing phosphorescence emission (SUPRAPHOS). 2019-2023
- CTQ2016-76120-P. Supra and nanostructured Systems for molecular recognition in water. 2016-2019.
- RED2018-102331-T. Functional Supramolecular Materials (SUPRAMAT). 2019-2022.
- FCT-19-14699. NanoInvent-um: Inventando la nanotecnología del futuro desde primaria. 2020-2021.
2. European Cooperation in Science and Technology – COST Actions
3. International research networks
4. Samsung Electronics
- Moving to unitary phosphorescent quantum yields of organic materials: the effect of gold(I). 2018-2020.
5. Marie Curie programs
- PIEF-GA-2012-624362 (Au_hydrogel). New luminescent hydrogels and chemosensors derived from alkynyl gold(I) complexes.
6. LaserlabEurope
- UC-CLL002537. Exploring photophysical pathways of Au(I) and Pt(II) organometallic aggregates. 2019
- UC-CLL002298. Effect of aggregation on the photophysical parameters of gold(I) supramolecular aggregates. 2017
7. Alba Synchrotron
- 2017082311. Supramolecular gold(I) structures for biological and molecular recognition purposes(II). 2018
- 2017022010. Supramolecular gold(I) structures for biological and molecular recognition purposes. 2017
- 2016021651. Supramolecular aurophilic structures. Formation of fibers and vesicles. 2016
