Giulia Bertino
Angestellt, R&D Specialist, Foliumtec GmbH
Vienna, Österreich
Über mich
I strongly focus on experimental condensed matter physics, and in particular I worked on the epitaxial growth and characterization of perovskite oxides and semiconductor nanostructures. During my academic career I have worked with many experimental techniques, which have allowed me to expand my knowledge and my understanding of the physics behind many phenomena, like ferroelectric domains evolution and metal-insulator transitions. I am eager to expand my experience and I enjoy to work in a multicultural and diverse environment.
Werdegang
Berufserfahrung von Giulia Bertino
Bis heute 2 Jahre und 11 Monate, seit Aug. 2021
R&D Specialist
Foliumtec GmbH
5 Jahre und 9 Monate, Aug. 2015 - Apr. 2021
PhD Candidate
Stony Brook University
I work in a research group focused on perovskite oxide materials. I have worked on the growth of thin films and superlattices of SrCrO3, SrTiO3 and SrRuO3 through RF Magnetron Sputtering and I characterize the samples though extensive AFM and XRD measurements and low temperature resistivity measurements with the van der Pauw method. I have been part of in-situ studies during growth of our samples at NSLS II. I am able to work independently but I also love to collaborate with other people.
5 Jahre und 9 Monate, Aug. 2015 - Apr. 2021
PhD Physics
Stony Brook University
Ausbildung von Giulia Bertino
5 Jahre und 9 Monate, Aug. 2015 - Apr. 2021
Physics
Stony Brook University
Successful growth of SrCrO3 thin films and SrCrO3/SrTiO3 superlattices via Sputtering and in-situ characterization through Synchrotron Light at NSLS II. Post-growth surface imaging through AFM and electrical characterization by low temperature measurements with Van der Pauw method.
2 Jahre und 1 Monat, Aug. 2015 - Aug. 2017
Physics
Stony Brook University
Discovery of optimal growth conditions of SrCrO3 thin films by RF Magnetron Sputtering on different perovskite substrates. Study of the evolution of the surface morphology of SrRuO3 thin films from step-flow to step-bunching growth mode.
2 Jahre und 10 Monate, Okt. 2012 - Juli 2015
Physics
University of Catania
Synthesis through Metal-Assisted Chemical Etching of silicon nanowires, then decorated with silver nanoparticles by Pulsed Laser Deposition for Surface Enhanced Raman Scattering detection-based sensors.
Sprachen
Italienisch
Muttersprache
Englisch
Fließend