Significance
Our main interest is the control, manipulation, creation and fabrication of nanometer-scale structures for the application of nanomaterials in different multidisciplinary sciences that optimize new technologies and promote their development.

Specific goal
1. To have no limits to the innovation and creativity, always keeping in mind the interaction with other sciences and disciplines that enrich the laboratory.

Research and development lines
1. Nanomedicine for diagnosis and pharmacotherapy innovation.
2. Nanomedicine in the treatment of chronic-degenerative diseases.
3. Nanomedicine in genetics.
4. Nanomedicine in oncology.
5. Nanotechnology with interdisciplinary research of chemistry, biochemistry, molecular biology, physics, mathematics, bioengineering, electronics and computing.
6. Nanotechnology for the application and innovation of renewable energy.
7. Nanotechnology with application on the optimization and advantage of natural resources.
8. Nanotechnology with application of new textile materials.
9. Nanotechnology with application to new systems of military equipment.
10. Nanotechnology with application on the food industry.
11. Nanothermology.
12. Nanoelectronics for the development of technologies and semiconductor or electromagnetic devices, with smart materials and usage of chips regarding nanomedicine like: sensors, NEMS and MEMS.
13. Fabrication of Nanomachines with systems that combine mechanics, sensors, electronics, computing and telecommunications.

1. Optimization of graphene nanotubes fabrication.
2. Improvement of gold tumor markers with photons.
3. Fabrication of textile nanofibers from polymers.
4. Crystals and other construction materials alloy with graphene on nano-scale, and integration of biophotonics in those processes.
5. Use of chips on biomedical technology: smart textiles, neural interphases, exo skeletons, orthosis and prosthesis.

Laboratories of IDETI that collaborate with Lab-NANO