Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), Theses.
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), News.
Our PhD student Laia Soler Bru will defend her PhD thesis on Friday, 1 March 2019, at 11 am at ICMAB-CSIC. Liquid-assisted ultrafast growth of superconducting films derived from chemical solutions
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), Welcome.
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), Welcome.
Written by Mar Tristany on . Posted in Welcome.
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), Outreach, Press.
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), News, Outreach.
The following article appeared in the ERC Newsletter on 26 October 2018. It is about the project #LasCientíficasCuentan, which explalins complex science through the voice of fifteen female ERC grantees in Spain. From ICMAB, Teresa Puig and Marta Mas-Torrent participated in the project, funded by the FECYT and the FGCSIC. They give talks, participate in roundtables, and appear in some videos explaining their research!
Written by Mar Tristany on . Posted in Theses.
Date: Wednesday, 31 October 2018 Time: 11 am Venue: Sala de Graus, Facultat de Ciències, UAB
Abstract: This thesis is mainly based on the understanding the synthesis and the final behaviour of the surface of LnF3 nanocrystals. In consequence, this knowledge will allow the control and manipulation of the bridge between synthesis and applications, currently called surface chemistry. Starting from the successful synthesis of fifteen different types of inorganic nanocrystals, the general trends of metal fluoride nanocrystals is successfully unravelled. A new kind of ionic self-assembly in colloidal systems is postulated and thermodynamically stable patchy nanocrystals also obtained. Using experimental techniques and molecular dynamics simulations, a self assembly mechanism also applicable to other kind of systems is postulated and we demonstrate that the different facets of the patchy nanoparticles can be modified selectively. Supervisors:Written by Mar Tristany on . Posted in News.
Written by Mar Tristany on . Posted in ERC projects (ULTRASUPERTAPE and IMPACT), Press.