Originally from France (Bordeaux), I did all my education
until the Bachelor there. In High School I did a specialization in science,
and got my High School diploma in 2009. I continued at the
University of Bordeaux where I
got my Bachelor of Physics in 2012. Then I went for one year in Germany with Erasmus at the
Friedrich Schiller university in Jena
with a specialization in Optics. I finally went to Spain to finish my Master at
the university of Basque Country and continued there with
a PhD in nanosciences at the Centro de Fisica de Materiales.
I'm now working at Simbeyond, a dutch company developing
software for organic electronic.
| Years |
Title |
Place |
| May 2020 -- Present |
Metrology Functional Design Engineer at ASML
|
ASML Veldhoven, the Netherlands
|
| May 2018 -- April 2020 |
Technical Consultant - Physics at Simbeyond
|
Simbeyond Eindhoven, the Netherlands
|
| Years |
Title |
Place |
Grade |
| September 2014 -- May 2018 |
PhD :
Plasmons in Nanoparticles: Atomistic Ab Initio Theory for Large Systems
The manuscript can be downloaded from the
CFM website.
|
Centro de Fisica de Materiales
San-Sebastian, Spain |
Cum Laude |
| September 2013 -- September 2014 |
Master in Nanotechnology : First-principles calculation of
plasmonic resonances and electric field enhancement in metal-cluster dimers
(PDF). |
Centro de Fisica de Materiales
San-Sebastian, Spain |
8.5/10 |
| September 2012 -- September 2013 |
Master of Optics and Photonics : Characterization of the Guided
Second-Harmonic Signal in Lithium Niobate Nanowires by Fourier Imaging
(PDF). |
Abbe School of Photonics,
Friedrich Schiller University,
Jena, Germany |
7.5/10 |
| September 2009 -- September 2012 |
Bachelor in Physics: Final internship, Mise en oeuvre d’une
extention en \(O(N^{3})\) de la méthode GW de Hedin sur des Cristaux périodique.
(PDF). |
Bordeaux university,
Bordeaux, France |
15.4/20 |
| Years |
Formation |
Description |
place |
| September 2014 -- May 2018 |
PHD:
Description of electronics excitation and plasmonics resonances in
nanostructures using first principle calculations. |
I performed My PHD under the supervision of Dr. Daniel Sánchez-
Portal (sqbsapod@ehu.eus) and Dr. Peter Koval (koval.peter@gmail.com).
The aim of the PHD is to work on Nanostructure as Sodium and Silver clusters
by participating to the
implementation of a Time Dependent Density Functional Theory (TDDFT). We succeed to achieved
several objectives:
- Investigating the field enhancement in nanocavities (Atomistic Near-Field
Nanoplasmonics: Reaching Atomic-Scale Resolution in Nanooptics)
- Calculating Electron Energy Loss Spectroscopy at atomic scale (publication to come)
- Get enhanced Raman signal in nanocavities(Plasmonic Response of Metallic
Nanojunctions Driven by Single Atom Motion: Quantum Transport Revealed in Optics).
The PHD imply to work in an international team therefore all the work and communications are
done in English. It is also necessary to be autonomous and a lot of work on the presentation of
the results must be done, in particular for publication purpose and for the regular conferences that
impose to prepare poster and oral presentations. In this PHD I am doing implementation work
necessitating high level of programming in Fortran and Python.
|
Centro de Fisica de Materiales,
San-Sebastian, Spain |
| March 2013 -- August 2013 |
Internship |
During this internship I studied lithium niobate \( (\text{LiN bO}_{3}) \) nanowires (NW) which
are capable of producing and guiding second-
harmonic (SH) signal.
I applied the Fourier optics for characterizing the SH signal distribution at the
NW input and output. In order to do so, I built an experimental setup to performs Fourier
transformation of the signal and I analyzed the obtained experimental results. Notably, I showed that
the output SH signal had the shape of a torch.
|
Institute of Applied Physics,
Jena, Germany |
| May 2012 -- September 2012 |
Internship |
During this internship I studied periodic crystal and organics semiconductors
in order to understand how the code was developed in order to get an \( O(N^{3}) \)
efficiency. I participated as well to the code implementation. |
Laboratoire Ondes et Matières Aquitaine, Bordeaux,
France and
Centro de Fisica de Materiales,
San-Sebastian, Spain |
| 05/2011 -- 07/2011 |
Internship |
Small work at the end of my second year of bachelor on Quantum mechanics and Python. |
Laboratoire Ondes et Matières Aquitaine,
Bordeaux, France
|