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We work on the development of different functional molecules (e.g. macromolecules such as dendrimers, block copolymers and fluorinated polymers) for the fabrication of nanomaterials and devices with application in nanotechnology, for the protection of cultural heritage, etc.

 

These pages are devoted to disseminate research activities carried out at the University of Santiago de Compostela and coordinated by an associate professor (Mercedes Torneiro) and an assistant professor (Antonio Rumbo) of the Department of Organic Chemistry of the Faculty of Chemistry, and a full professor of the Department of Physical Chemistry, and member of the Center for Research in Biological Chemistry and Molecular Materials (CIQUS, Massimo Lazzari).

The work realized by Edoardo Miravalle during his Erasmus+ stay at USC has been published in Journal of Hazardous Materials (New insights on the degradation of polystyrene and polypropylene by larvae of the superworm Zophobas atratus and gut bacterial consortium enrichments obtained under different culture conditions)

 

August 2024

The first contribution by Naveen Tiwari as Marie Curie Fellow has been published in Device, a Cell Press Journal: Thermosensitive wearable sensing technologies with intelligent robotics

June 2024

Selected recent results and events

The last contribution on the application of SERS for the analysis of art materials has been published by D. Reggio in Talanta

March 2023

Another paper within the National Project  Recovery of scarce and valuable Metals from e-Waste by means of tailor-made adsorbent materials has been published in Polymers

 

January 2024

Our latest staff

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The group, in collaboration with another research unit of the Higher Technical School of Engineering, leadered by Prof. Julia González Álvarez, is involved in a Spanish National project (Proyectos de Generación del conocimiento PID2021-122923NB-I00 - proyectos de investigación no orientada) focused on the Recovery of scarce and valuable Metals from e-Waste by means of tailor-made adsorbent materials

We developed a process of replication of micro‐ and nanostructured surfaces with features down to 10 nm with very high aspect ratio by soft UV‐assisted nanoimprint lithography using polymers with very low viscosity.

 

We are offering our know-how and looking for collaborations for an industrial scale-up and for the development of nano-optical devices.

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