BCMaterials invited talk: Professor Omar M. Yaghi

We are pleased to announce the invited talk given by Omar Yaghi , Professor of Chemistry at  U.C. Berkeley about The Discovery of Covalent Organic Frameworks.   The synthesis of covalently-linked organic extended structures has been a long-standing objective. The fundamental problem is that attempts to link organic molecular building blocks into extended structures often led to intractable amorphous solids and ill-defined materials, thus impeding development of this field.

Fortnightly seminar online: Architectures and materials for low cost chalcogenides based photovoltaic solar cells by David Payno & Magnetorheological elastomer-based materials and devices by Ander García

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.

Desarrollo de nuevas tintas funcionales y aplicaciones en el ámbito de la serigrafía

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

Online seminar BCMaterials One-Sun Lee

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.

Fortnightly seminar online: The effect of dopping in MSMAs by Natalia Río & Development of corrosion detectors and smart coatings for self-healing of corrosion damage by Adriana Gallardo

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.
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