Architectures and materials for low cost chalcogenides based photovoltaic solar cells by David Payno Over the last decades, significant progress has been made in inorganic materials to enable them as next generation photovoltaic materials that can fulfil the green energy requirements.

Nikola Perinka impartirá una píldora formativa sobre el Desarrollo de nuevas tintas funcionales y aplicaciones en el ámbito de la serigrafía junto con ASADA MESH. El día 17 de junio a las 17 CET no te la pierdas! Functional Print Cluster. Desarrollo de nuevas tintas funcionales y aplicaciones en el ámbito de la serigrafía – Asada-Mesh

El dia 5 de junio estaremos en el Arenal junto con Elhuyar en el Zientzia Azoka. No te lo pierdas! ​ Elhuyar Zientzia Azoka 2021: eventos finales — Zientzia azoka

The role of Cs4PbI6 in stabilizing caesium lead iodide perovskite by Jessica Satta Metal halide perovskites is a class of crystalline compounds which have garnered great interest in the recent years.

You are invited to attend to the online seminar “Interpretation and Prediction of Experiments by Computer Simulation in Materials Science and Engineering and Beyond ” given by One-Sun Lee. One-Sun Lee obtained his doctoral degree of chemistry at Seoul National University, Korea and he had worked as a post-doctoral research fellow at the University of Pennsylvania and Northwestern University in the US.

The effect of dopping in MSMAs by Natalia Río: Magnetic shape memory alloys (MSMAs) are an interesting class of smart materials characterized by undergoing macroscopic deformations when a pertinent stimulus is applied: temperature, stress and/or external magnetic fields. Since the deformation is rapid and contactless, this kind of materials are being extensively investigated for a wide range of applications, among which sensors and actuators outstand.

You are invited to attend to the online seminar “ Computer Simulations, a Versatile Tool to Understand Materials” given by Dr.

You are invited to attend to the online seminar “ Computational Studies on NanoBioMaterials” given by Dr. Adrià Gil Mestres. Dr. Adrià Gil Mestres (AGM) graduated in Chemistry from Universitat Rovira i Virgili (URV, Tarragona 1999) and completed his PhD in Theoretical and Computational Chemistry from Universitat Autònoma de Barcelona, he is currently working at CIC-Nanogune in Donostia, San Sebastian.

On 12th of May you are invited to attend to an internal mini workshop for the High Gain High Risk winning projects from 2020. The PI from each project will present briefly the project and will evaluate the feasibility of the technology, the future steps and the experience participating in the HGHR call. Here is the link to attend (the workshop will be fully online):

Conductive MOFs: New design strategies and applications  Electrically conductive MOFs are a new class of materials that present unique combinations of properties. In this short talk I will briefly introduce the topic and discuss our work regarding two different typologies of materials in this field. The first concerns 3D conductivity through delocalized bonds, a novel concept for conductive MOFs, and the synthetic challenges in obtaining these materials.