Collaborations

Introduction

On this page you can find an overview of the different research collaborations/projects in which I am/was involved. These projects include work with academic institutions, research centers and industry. For each of them you can find an overview of the related publications (Scientific papers / Patents).

I am always open to discuss new collaborations with potential partners that have joint research interests with those of our research group. Feel free to contact me to discuss about future joint projects.

Running projects

Polarization control in magnetoplasmonic ferromagnetic nanostructures

Description In this project we investigate how purely ferromagnetic nanoparticles can be used in active and tunable magnetoplasmonic metasurfaces in order to control the polarization state of transmitted and reflected light. These novel concepts and structures pave the way for future integrated optical circuits that allow for unprecedented functionalities that are tuned by magnetic fields.
Partner Group People
Chalmers University of Technology BioNanoPhotonics Kristof Lodewijks
Alexander Dmitriev
Irina Zubritskaya
CIC nanoGUNE, Donostia – San Sebastian, Spain Nano-Magnetism group Nicolò Maccaferri
Paolo Vavassori
K. N. Toosi University of Technology, Tehran, Iran Dept. of Electrical Engineering Tavakol Pakizeh
University of Gothenburg, Sweden Åkerman Group Randy K. Dumas
Johan Åkerman
Publications

PhotoNVoltaics (PNV)

Description In this EU-funded FP7 project we investigate how micro- and nano-patterning of thin-film silicon solar cells can be utilized for highly efficient and cost-effective PV solutions. Our main contributions are in the nano-structuring of the silicon substrates by colloidal lithography using self-assembled short-range ordered patterns of Polystyrene beads.
Partner Group People
Chalmers University of Technology BioNanoPhotonics Inès Massiot
Kristof Lodewijks
Alexander Dmitriev
Other partners:
Publications
Website PhotoNVoltaics website

Finished projects

Implantable SERS sensors

Description In this project we investigated plasmonic nanostructures for Surface Enhanced Raman Spectroscopy to be used as highly sensitive implantable bio-sensors. I was involved in this project during my Ph.D. work at imec until the summer of 2012.
Partner People
Imec, Leuven, Belgium Pol Van Dorpe
Liesbet Lagae
Karolien Jans
Hilde Jans
Jian Ye
Panasonic, Kyoto, Japan Masahiko Shioi
Tatsuro Kawamura
Yasuaki Okumura
Publications