News at ICMM

En él participa activamente el Instituto de Ciencia de Materiales de Madrid desde sus inicios, con especial implicación del grupo Nanostructured Hybrid, Biohybrid and Porous Materials.

These new devices utilize graphene-derived nanomaterials that promote the anti-inflammatory function of suppressive myeloid cells. The study demonstrates the capability of these nanomaterials as successful nanotechnological tools for autoimmune diseases or cancer.

The biomaterial developed by the ICMM-CSIC is combined with magnetic fields to create a matrix that will allow colonization by neural cells of the damaged areas of the spinal cord

The researcher is part of MICROAIRPOLAR-2 project, which aims to understand the global dispersion of microorganisms.

A team from the Materials Science Institute of Madrid leads a research that achieves a zeolite with extra-large pores by expanding and connecting silica chains. This material has applications in water and gas decontamination and catalysis.

It was cofound by Yves Huttel y Lidia Martínez, ICMM-CSIC researchers. Nanostine is dedicated to research, development & commercialization of high added value nanoparticles and nanostructured coatings.

A laboratory at ICMM-CSIC simulates the space conditions to enhance protection against extraterrestrial energetic radiations. These efforts, which enhance communications throughout Europe, also seek new formulas to increase the power of radiofrequency devices onboard satellites.

The ICMM-CSIC participates in a European project to develop a new type of qubit, a hybrid between superconductors and semiconductors, that reduces quantum errors.

The study, which has used sucrose as a model, allows us to reduce energy consumption and time spent in the development of new materials

She defended her PhD at the beginning of the year in Portugal after working with Eduardo Ruiz-Hitzky at ICMM-CSIC.