One of the primary challenges in the field of nanotechnology revolves around the creation of chemical substances that not only foster a toxic-free environment but also pose no harm to individuals. This endeavor is a pivotal component of the European Green Deal, with its overarching objective of achieving zero-pollution. Traditional synthesis methods such as wet chemical synthesis or mechanical milling are well-suited for large-scale nanoparticle production. However, they suffer from issues like contamination, undesirable functional groups, protracted processing times, and the generation of pollutants during the fabrication.

These challenges underscore the need for innovative nanoparticle synthesis techniques, such as laser synthesis of nanomaterials developed in GROC·UJI. This method boasts several key advantages, including the simplicity of the experimental setup, an extensive array of available materials spanning nearly the entire periodic table, and, most importantly, the purity of the resulting nanomaterials. This purity arises from the fact that only the solvent and the desired material are required, thereby avoiding the presence and generation of toxic or hazardous byproducts and adducts.

We are interested in the following research topics: