Skip to main content
Fotonika
Euskampus Photonics Community
es
eu
en
fr
Go
BUSCAR
Search form
Buscar
Search
About us
Research Centers
Updating
Contact
Search
es
eu
en
fr
Research
Socio-economic impact
Euskadi RIS3 Impact
Internal Collaborations
External Collaborations
You are here
Fotonika
Research Groups
Ultrafast high-intensity lasers and interactions
Ultrafast high-intensity lasers and interactions
Research
Main Research
- Any -
Photonics devices and engineering
Nanophotonics
Photonic materials
Material processing & synthesis
Imaging & Spectrosopy
Photonics for manufacturing
Lasers and sources
Quantum optics
Biophotonics
Secondary Research
- Any -
Advanced spectroscopy and imaging techniques
Nanomaterials
Nanomaterials
Nanomaterials
New optical materials
Optical markers and biolabeling
Optical markers and biolabeling
Opto-electronics (lasers & detectors)
Photophysics and photochemistry
Artificial materials and metamaterials
Artificial materials and metamaterials
Artificial materials and metamaterials
Infrared & Raman spectroscopy
Integrated photonics
Lighting
Opto-electronics (lasers & detectors)
Photophysicsand photochemistry
Ultrafast high-intensity lasers and interactions
Image analysis and processing
Laser processing
Laser processing
Nanospectroscopy and nanoimaging
Non-linear optics
Non-linear optics
Optical communications systems
Photophysics and photochemistry
Plasmonics
Light manipulation of matter
New optical materials
Optical medical devices
Optical medical devices
Photophysics and photochemistry
Plasmonics
Plasmonics
Quantum Technologies
Ultrafast high-intensity lasers and interactions
Attosciences and related technologies
Attosciences and related technologies
Image analysis and processing
Laser processing
Light-matter interaction and spectroscopy
New optical materials
Non-linear optics
Nonlinear and superresolution microscopy
Optical probes
Advanced spectroscopy and imaging techniques
Artificial materials and metamaterials
Light manipulation of matter
Lighting
Lighting
Nonlinear and superresolution microscopy
Optical engineering
Photonic biomanipulation
Quantum Technologies
Chemometrics
Chemometrics
Image analysis and processing
Nanomaterials
Nanospectroscopy & nanoimaging
Optical actuators and sensors
Sensing of organic materials
Ultrafast optics
Biosensors
Light manipulation of matter
Light-matter interaction and spectroscopy
Near-fied microscopy / Optical nanoimaging at visible, infrared and terahertz frequencies
Optical engineering
Optical fibers
Optical probes
Opto-electronics (lasers & detectors)
Light harvesting
Magneto-plasmonic sensing
New laser dyes
Optical actuators and sensors
Optical fibers
Optical fibers
Theory for scattering near-field microscopy
Circular Dichroism spectroscopy
Infrared & Raman spectroscopy
Lighting
Chemometrics
Light harvesting
Optical fibers
Topological Photonic Materials
Light harvesting
Photonic Crystals
Non-reciprocal optical devices
Apply
Photonic
Biomanipulation
Optical medical
Devices
Optical markers
and biolabeling
Integrated
Photonics
Opto-electronics
(Lasers & detectors)
Optical probes
Advanced spectroscopy
and imaging techniques
Infrared & Raman
spectroscopy
Nanospectroscopy
& nanoimaging
New optical
materials
Light-matter interaction
and spectroscopy
Ultrafast optics
Attosciences and
related technologies
Image analysis
and processing
Light manipulation
of matter
Ultrafast high-intensity
lasers and interactions
Photophysics and
photochemistry
Optical communications
system
Optical
engineering
Light
harvesting
Optical
fibers
Plasmonics
Chemometrics
Non linear
optics
Nanomaterials
Artificial materials
and metamaterials
Optical actuators
and sensors
Lighting
Laser
processing
Quantum
technologies
Nonlinear and
superresolution
microscopy
Photonic devices
& engineering
Photonic
materials
Biophotonics
Imaging &
spectroscopy
Photonics for
manufacturing
Lasers &
sources
Quantum
optics
Nanophotonics
Material
processing
& synthesis
Capabilities
map
See all groups
No results for this term
