Researchers

Research lines
-Lasers
-System Dynamics and Optoelectronics
-Philosophy of Science

Strategic areas
-Communications

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ResearchGate

Research lines
-Microscopy
-Optical Tomography

Strategic areas
-Health (biomedical optics)

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Research lines
-Fabrication of electronic devices
-Studies of thin film growth mechanisms
-Fabrication of energy storage systems
-Fabrication of electrical energy harvesting systems
-Thin film growth techniques

Strategic areas
-Energy

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-Group page

Research lines
-Fiber Optic Devices and Lasers

Strategic areas
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-Personal page

Research lines
-Optical Properties of Surfaces and Nanostructures
-Photonic Crystal Fibers

Strategic areas
-Communications
-Health

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Personal site

Research lines
-Single-frequency, continuous wave, and pulsed fiber lasers at ~1, 1.5 and 2 microns
-Noise and dynamics of fiber lasers
-Nonlinear effects in optical fibers
-Fiber Bragg gratings: fabrication and application
-Fiber optic sensors

Strategic areas
-Manufacture
-Communications

Web site
ResearchGate

Research lines
-Measurement of deformation
-Velocity
-Temperature in both opaque and phase objects

Strategic areas
-Manufacture

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Research lines
-Solar cell
-Development of Sensors (MEMS/NEMS)
-Instrumentation on electron microscopy
-Design of CVD reactors for depositions of luminescent materials like SiOx and ZnO for solar cells applications

Strategic areas

Web site

Research lines
-Fabrication of Photonic and Optoelectronic Devices
-Nanomagnetism and Spintronics
-Energy (Solar and thermoelectric)
-Micro & Nanotechnologies

Strategic areas

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Research lines
-Materials
-Optofluidic devices

Strategic areas
-Health (biomedical optics)

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Research lines
-Nanophotonics
-Design and synthesis of optically active nanomaterials
-Optic nanosensors
-Surface enhanced Raman spectroscopy SERS
-Fluorescence nanomaterials
-Nanocatalysis

Strategic areas
-Advance optical nanomaterials
-Biosensing
-Environmental and food safety

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Personal site

Research lines
-Ultrafast and nonlinear spectroscopy

Strategic areas
-Energy
-Health

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Personal site

Research lines
-Nanophotonics
-Optoelectronic devices
-Phosphors development
-Luminescent sensors/probes
-Lighting devices
-Nanostructured materials
-Metal clusters
-Self-assembly in confined spaces
-Photocatalysis

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Personal site

Research lines
-Computer Vision
-Computational Intelligence
-Evolutionary Algorithms
-Digital Image Processing

Strategic areas
-Manufacture

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Personal site

Research lines
-Design and integration of instrumentation applied to monitor and measure different physical variables applied to physical phenomena in research and industry.
-Application of optical physics to characterize objects of weak phase as micro-roughness and phase of transparent samples.
-Research in optical physics.

Strategic areas
-Manufacture

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Research lines
-Non-destructive optical techniques
-Novel designs of interferometers for particular applications
-Tuneable lasers applications in interferometry
-Phase Microscopy

Strategic areas
-Health (biomedical optics)

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Research lines
-Nondestructive testing optical digital holographic interferometry ( DHI )
-Optical coherence tomography ( OCT).

Strategic areas
-Health (biomedical optics)
-Manufacture

Web site
-Grupo De Metrology Óptica (GMO)
-Personal site

Research lines
-Research and development of new material luminescent
-Nonlinear application

Strategic areas
-Energy
-Manufacture

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Research lines
- Concentration photovoltaic systems
-Concentration solar power
-Sistemas mecatrónicos para el aprovechamiento de energía solar.
-Control systems

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Web site

Research lines
- Synthesis , characterization, and application of new phosphorus
- Photocatalisis : Water Treatment and hydrogen generation
- Nanostructured materials

Strategic areas
- Energy
- Health (optica medica)
- Manufacture

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Research lines
-Unconventional polarized states: generation, detection, and applications.

Strategic areas
-Manufacture
-Food

Web site
Personal site

Research lines
-Artificial vision
-Theory and applications of intelligent systems
-Control of nonlinear systems
-Design, conception and control of unmanned vehicles; terrestrial, aerial and submarine types

Strategic areas

Web site
Página personal

Research lines
-Applied non-contact optical techniques
-Applications of Digital Holography Microscopy in biology and medical sciences

Strategic areas
-Health
-Manufacture

Web site
Group site

Research lines
-Biophotonics and optical characterization of materials in particular by Raman Spectroscopy

Strategic areas
-Health
-Food

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Research lines
-Digital holography
-Pulsed Digital Holography
-Optoelectronics methodologies
-Biomedical Optics

Strategic areas
-Health
-Manufacture
-Optical Metrology

Web site
-Grupo De Metrología Óptica (GMO)

Research lines
-RE-Doped Optical fiber lasers and amplifiers (in the NIR-VIS and UV regions)
-Raman Fiber Lasers and amplifiers
-Optical spectroscopy of doped materials

Strategic areas

Web site

Research lines
-Fiber optics
-Fiber lasers
-Solid-state lasers
-Specialty fibers
-Nonlinear optics
-Nano-photonics

Strategic areas
-Manufacture

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Research lines
-Optical testing
-Design of ophthalmic lenses
-Optical Physics
-Microscopy

Strategic areas
-Manufacture

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Research lines
-Design, coating and characterizations of optical thin films
-Optical sensors based on surface plasmon resonance

Strategic areas
-Manufacture
-Food

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Research lines
-Optical Instrumentation
-Interferometry
-Optical Design

Strategic areas
-Manufacture

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Research lines
-Astronomical instruments, color science and vision science
-Thin Films
-Electronic instrumentation
-Astronomical Photometry
-Ophthalmic lenses
-Optical testimg

Strategic areas
-Manufacture

Web site

Research lines
-Opto –electronics, optical linear and nonlinear properties -Opto- electronic devices : solar cells ( OPVs ) and ( OLEDs ) -Sectroscopy of organic and inorganic materials

Strategic areas
-Energy
-Health

Web site
Grupo de Propiedades Ópticas de la Materia (GPOM).

Research lines
-Fiber Optics
-Laser fibers doped with rare earths
-Nanoparticles

Strategic areas
-Manufacture

Web site

Research lines
-Metrological techniques: fringe projection, speckle interferometry, holography, digital image correlation, moiré interferometry and shearography
-Optical techniques to obtain mechanical properties of micro and macro biological and mechanical samples

Strategic areas
-Health
-Manufacture
-Food

Web site

Research lines
-Optical characterization and applications of advanced organic materials. -Micro- and Nanopatterning by two-photon absorption polymerization -Propagation of polarized light through biological tissue

Strategic areas
-Health
-Manufacture
-Food

Web site

Research lines
-Devices and optical fiber lasers

Strategic areas
-Health
-Manufacture

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-Grupo de Sensores Ópticos y Microdispositivos (GSOM)

Research lines
- Algorithm design for novel signal processing in sensor systems.
- Research and development of distributed and multiplexed fiber sensors.
- Development of fiber pulsing lasers for fiber sensors application.

Strategic areas

Web site

Research lines
-Novel photonic devices based on optical fibers and integrated optics
-Development of sensors and biosensors

Strategic areas
-Communications
-Health

Web site
-Página personal

Research lines
-Research on Materials and Optical Fibers for Developing Devices
-Novel Illuminating Sources Lasers
-Optical fiber based Lasers and Devices

Strategic areas
-Manufacture

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Personal site

Research lines
-Linear and non-linear Optics
-Many Body Physics
-Green's Functions and Electromagnetic Theory

Strategic areas
-Health

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Research lines
-Electron Holography applied to novel nano materials
-Optical non destructive testing
-Photonic crystal fibers
-Fiber optics sensors

Strategic areas
-Health
-Manufacture

Web site
-Grupo De Metrología Óptica (GMO)

Research lines
-Fabrication and characterization of doped material and their applications to photonics
-Optical spectroscopy
-Organic Solar Cells
-Spectroscopic Techniques

Strategic areas
-Manufacture
-Energy
-Food

Web site
-Grupo de Propiedades Ópticas de la Materia (GPOM).

Research lines
-Plastic and silica optical fibers
-Silica photonic crystal fibers
-Fiber lasers and sensor applications

Strategic areas
-Manufacture

Web site

Research lines
-Optical sensing techniques based on novel optical fiber devices
-Development of multi-parameter platform sensing and photonic devices

Strategic areas
-Health
-Manufacture

Web site
-Grupo de Sensores Ópticos y Microdispositivos (GSOM)

Research lines
-Optically active nanomaterials
-Graphene and 2D materials
-Point of care devices
-Biosensors
-Nanocomposites
-Microarray technology
-In vitro diagnostics

Strategic areas

Web site
Personal page

Research lines
-Digital holography applied to particle position and fluid flow velocity
-Measurement of optical properties of particles and transparent liquids using Near Field Lorenz-Mie theory (NFLMT)
-Schlieren technique to measure simultaneously temperature and velocity in fluid flows
-Vibration analysis of mechanical structure using full field and point optical techniques

Strategic areas
-Energy
-Manufacture

Web site

Research lines
-Digital image processing
-Artificial intelligence algorithms
-Computational optics
-Robotics vision
-Morphology mathematics
-Visual cryptography
-Optical metrology

Strategic areas
-Health (óptica biomédica)

Web site

Research lines
-Computer Vision
-Computational Intelligence
-Augmented reality
-Digital Image Processing
-Mathematical morphology

Strategic areas

Web site

Research lines
-Infrared -Physics
-Optical Fiber Sensors
-Interferometry
-optical Instrumentation

Strategic areas
-Manufacture
-Health

Web site

Research lines
-Solar resource assessment through development of smart sensor using artificial vision.
-Simulation of optical behaviour of solar concentrators by ray tracing algorithms.
-Development of optical-thermal characterization methodologies in solar concentration systems.
-Design of solar thermal systems for industrial heat and electricity production.

Strategic areas

Web site
-Grupo de Investigación e Ingeniería en Energía Solar (GIIE-Sol)

Research lines
-Cell and tissue morphology -Cytoskeleton -Cellular physiology

Strategic areas
-Health

Web site

Research lines
-Optical Techniques (Raman, Fluorescence
-Applications in biomedicine and biomedical nano-structured

Strategic areas
-Health (biomedical optics)

Web site

Research lines
-Use of solar energy for the development of photosensitive materials and generation of alternative fuels.
-Saving of energy and use of alternative energy, especially solar energy.
-Treatment of contaminated effluents, using alternative technologies such as Advanced Oxidation Processes.
-Development of photoelectrochemical technology for the generation of hydrogen.

Strategic areas

Web site
Grupo de Investigación e Ingeniería en Energía Solar

Research lines
-Theoretical, numerical and experimental study of fiber-based devices for regeneration of ultrafast optical signals, all-optical signal processing, ultrashort pulse characterization and passive mode locking
-Study of passively mode-locked fiber lasers for the generation of high-energy/high-repetition-rate/multi-wavelength pulses, dynamics of conservative or dissipative solitons, noise-like pulses etc. for applications including ultrafast optical transmissions, materials processing and medicine
-Supercontinuum generation in optical fibers.

Strategic areas
-Manufacture

Web site

Research lines
- Development of integrated quantum light sources with optimized properties
- Development of quantum photonic circuits

Strategic areas
-Applications in quantum information and computation.

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Research lines
- 2D/3D segmentation
- Pattern Recognition
- Deep Learning
- Data Science

Strategic areas
- Agriculture
- Health
- Services
- Manufacturing

Sitio web

Research lines
-General organic electronics and non-linear optics (Biophotonics and organic solar cells based in polymers)
-Organic materials
-Spectroscopy
-Ultrafast Optics

Strategic areas
-Health
-Energy

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Research lines
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Strategic areas
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Web site
-Personal page

Research lines
-Quantum information
-Quantum optics
-Ultracold gases

Strategic areas

Web site

Research lines
-Computer vision
-Image processing
-Artificial Intelligence
-Biomedical Signal Processing

Strategic areas
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Web site

Research lines
-Optical concentrating solar thermal systems
-Development of thermo- chemical and photocatalytic reactors
-Solar Energy
-Harnessing renewable energy sources

Strategic areas
-Energy

Web site

Research lines
-Digital Fringe Pattern Analysis
-Digital Interferometry
-Digital Phase Demodulation

Strategic areas
-Manufacture

Web site

Research lines
-Popular Science
-Photo- anisotropic materials
-Diffraction elements
-Activities such as the Science Museum , Temporary exhibitions, science workshops ,visits to schools and astronomical observations

Strategic areas
-Socialization Science
-Health

Web site

Research lines
-Develop novel concepts for detection of planets outside our solar system
-Infrared remote sensing, space-based applications
-Propagation of radiation through biological samples
-Infrared thermography
-Detection of low-light-level signals

Strategic areas
-Health (biomedical optics)

Web site

Research lines
-Components, sensors and devices based on fiber-optic gratings.
-Illumination by fiber optics and its applications.
-Nonlinear effects in optical fibers and its applications.

Strategic areas
-Health (biomedical optics)

Web site

Research lines
-Mobile Robots
-Robot motion planning
-Computer Vision

Strategic areas

Web site

Research lines
-Design
-Fabrication
-Characterization and applications of optical waveguides
-Plasmonic waveguides, biosensors, nanophotonics

Strategic areas
-Manufacture

Web site

Research lines
-Solid State Physics
-Anisotropic reflectance of semiconductor surfaces and films
-Optical properties of organic molecules Metamaterials

Strategic areas
-Nonlinear optics and nanophotonics

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Research lines
-Optical coatings and its application as interference filters
-Numerical modeling of photonic crystals 1, 2 and 3D, surface modes and resonators

Strategic areas
-Energy

Web site