2D Nanophotonics Accepted patents Accepted patents obtained during the
Indexed publications 55 Indexed publications obtained during the
Internal collaborations 55 Co-publications Nº of co-publications Co-supervised postdoc Nº of co-supervised post-docs in the last 5 years 4 Co-supervised thesis Nº of co-supervised 1 Joint project underway Nº of currently 4 Joint projects in the past Nº of projects in last 5 years, that already finished Same nat or internal network Nº of collaboration networks in last 10 years Description
The research topics of 2D Nanophotonics group are focused on light-matte interaction taking place in 2D materials.
The latter present slabs or (atomic) layers with the thickness significantly smaller than the wavelength of light in free space (such as graphene or monolayers/multilayers of van der Waals materials).
2D materials support a rich family polaritons, presenting collective dipolar oscillations coupled to electromagnetic fields.
Polaritons in 2D materials can give rise to very interesting and exotic phenomena, such as, for instance, light compression to deeply subwavelength volumes (nanofocusing), negative refraction, anomalous (hyperbolic) wavefronts, superlensing, strong coupling between light and molecules, etc.
External collaborations Internal collaborations Socio-economic impact Ris3 impact Research
2D Nanophotonics DFT of Phonon polaritons in vdw materials Nanogune Pablo Alonso (U. Oviedo), Near-field microscopy Valentyn Volkov (MIPT, Russia) Luis Martín Moreno (U. Zaragoza), Theory International GI GI UBDX GI PV Nonstructural collaboration / informal Joint project underway Joint projects in the past Intention to begin a joint project Co-supervised thesis Co-publications Co-supervised postdoc Same nat or internal network 2D Nanophotonics Chiral and topological photonics Nanomagnetism and magnetoplasmonics Nanooptics Theory of Nanophotonics Group
Data-driven economy and digital society Data-driven economy and digital society High-performance processing (classical and quantum) Data communications, always and everywhere Security and safety for society Security and safety for society Advanced sensing and imaging techniques Manipulating THz radiation on the nanoscale Advanced quality control systems Empowering smart, efficient industry (aerospace, automotive, etc.) Advanced materials and processes Energy efficiency Optical identification of the organic compositions low power consumption optoelectronic devices Energy Health Biosciences Advanced manufacturing Nanomaterials New optical materials Opto-electronics (lasers & detectors) Plasmonics Integrated photonics Optical communications systems Optical probes Advanced spectroscopy and imaging techniques Optical engineering Infrared & Raman spectroscopy Sensing of organic materials Light manipulation of matter Image analysis and processing Light-matter interaction and spectroscopy Theory for scattering near-field microscopy Artificial materials and metamaterials Photonic materials Imaging & Spectrosopy Biophotonics Photonics devices and engineering Nanophotonics
Main research lines 2D materials Graphene Polaritons Phonons Plasmons Electromagnetic theory Research fields Photonics devices and engineering Opto-electronics (lasers & detectors) Integrated photonics Optical communications systems Optical probes Optical engineering Nanophotonics Opto-electronics (lasers & detectors) Plasmonics Artificial materials and metamaterials Nanomaterials Photonic materials Nanomaterials Artificial materials and metamaterials Plasmonics New optical materials Light manipulation of matter Infrared & Raman spectroscopy Imaging & Spectrosopy Advanced spectroscopy and imaging techniques Infrared & Raman spectroscopy Image analysis and processing Light-matter interaction and spectroscopy Theory for scattering near-field microscopy Biophotonics Sensing of organic materials Instalations / Equipment Computational wokstations in the DIPC IT center
Basque centers connections Rainer Hillenbrand, Nanooptics group, Nanogune Javier Aizpurua, CFM Ion Errea, UPV/EHU Other centers connections Luis Martin Moreno, University of Zaragoza Pablo Alonso Gonzalez, University of Oviedo Vitaliy Goryashko, University of Uppsala Valentyn Volkov, Moscow Institute of Physics and Technology Igor Aharonovich, University of Sydney Sergio Gutiérrez Rodrigo, Centro Universitario de la Defensa de Zaragoza Viktoriia Babicheva, University of New Mexico Qiaoliang Bao, Monash University Denis Bandurin, MIT Alexey Kuzmenko, University of Geneva Euskadi RIS3 impact Energy low power consumption optoelectronic devices Health Biosciences Optical identification of the organic compositions Advanced manufacturing Advanced materials and processes Energy efficiency Socioeconomic challenges Data-driven economy and digital society Data communications, always and everywhere High-performance processing (classical and quantum) Security and safety for society Advanced sensing and imaging techniques Manipulating THz radiation on the nanoscale Empowering smart, efficient industry (aerospace, automotive, etc.) Advanced quality control systems
