Estabilidad estructural y reactividad de dióxido de carbono y carbonatos a altas presiones y altas temperaturas
International Collaboration on Integrated Photonics Technologies (Ref.: PIRSES-GA-2013-612267)
The objective of the proposed joint exchange programme "iPhoto-Bio" is to establish long-term stable research cooperation between the partners with complimentary expertise and knowledge.
Bioimagen microscópica con láseres de luz blanca (Imaginewhite, 2014-2016) (Ref.: RTC-2014-2060-1)
Imaginewhite is leaded by FYLA LASER S. L. and its objective is the development of white light sources based on fiber-optic technologies for biomedical microscopy applications.
Optical Fibers and Signal Processing (FOPS, 2014-2017) (Ref.: PROMETEOII/2014/072)
This project is funded by the Generalitat Valenciana, Program PROMETEO 2014 Phase II. The objective of this program is to support high quality research groups in the Comunitat Valenciana. Our group has renewed the project for a period of 4 years. The research activity of the group is structured in three sections:
Light sources based on optical fibers with special modes (2014-2016) (Ref.: TEC2013-46643-C2-1-R)
The central idea of the project is the use of the modal spectrum of the optical fibers in order to take profit of the particular properties of specific high-order modes. This subject lies within the context of developing high capability optical communications by exploiting space division multiplexing techniques, few mode fibers and multi-core fibers.
Biomedial Imaging (2012-2015) (Ref.: ISIC-2012-013)
The ISIC in Biomedical Imaging has been created to encourage the synergies among the research fields in which its groups are worldwide renowned: Nanomaterials, ultrasounds, laser technology, gamma rays, optical spectroscopy, photonics, optical fibers, quantum information and electronic microscopy.
QD-NANOTICS (TEC2011-29120-C05-01) (2012)
Semiconductor Quantum Dots as a key to future technologies: from Nanophotonics to Nanoplasmonics. Ministry of Education (199,000€).
