Flux Quantum Lab. - Institute de Physique Mission: As a postdoc, I co-led the development and implementation of a microwave spectrometer based on engineered superconducting circuits, the Josephson spectrometer, for use in microscopic systems. Key achievements: ▸ I contributed to the design and optimization of the device by modeling the microwave response and accounting for superconducting materials, leading to enhanced sensitivity, linewidth, and delivered power. ▸ I utilized advanced nanofabrication tools to manufacture first-generation devices, operating up to 180 GHz, and conducted thorough quality testing to ensure they met all necessary performance standards. ▸ I succesfully conducted spectroscopy on an rf-squid, a core component of typical superconducting qubits, demonstrating proof of concept and the ability to access highly excited states containing hundreds of photons. ▸ As lead postdoc, designed and implemented second-generation devices made from a different superconducting material, expanding operating frequency bandwidth by 350% and entering the THz regime. I published two peer-reviewed articles in prestigious journals: [Phys. Rev. Research 3, 043078 (2021)] and [Phys. Rev. B 104, 214508 (2022)].

ESPCI Paris - PSL | Jan 2019 - Jan 2022

Lecturer in Introduction to Solid State Physics

Mission: Teach "Solid state physics" practice assignment to undergraduate students - (16 hs/year) ▸ I utilize my facilitation skills and ability to clearly communicate complex ideas to effectively provide guidance and supervision to enrolled students.

CEA | Nov 2015 - Feb 2019

Doctoral Researcher

Mission: Conduct low temperature and high magnetic field experiments to quantify dissipative properties of 1D quantum wires on the quantum Hall effect. My key achievements include: ▸ Benchmarking the performance of two quantum energy filters for electrons using artificial atoms, resulting in a highly tunable energy spectrometer. ▸ Conducting the first-ever energy resolved spectroscopy of electrons moving on a quantum wire, quatifying energy loss by measuring the Fermi-Dirac probability distribution. ▸ Developing a Python script for faster and methodical data analysis, modeling, and visualization, which heleped identify conditions for reducing energy loss by up to 50 % and improving quantum wire performance. These efforts resulted in the publication of two peer-reviewed articles in prestigious journals: [Nature Commun 11, 2426 (2020)] & [Entropy 2021, 23, 138]

CEA - Quantronics Group | Feb 2015 - Apr 2015

Research Intern

Mission: Explore the use of a hybrid circuit platform to investigate the role of the spin on the supercurrent in Josephson junctions. ▸ My responsibilities included designing and developing advanced circuits, made from superconductors and low-dimensional semiconductors, as well as characterizing and analyzing their properties. This work required a strong blend of technical skills, problem-solving abilities, and creativity. Through my efforts, I helped gain new insights and improve strategies for further investigation.

Instituto Balseiro | Aug 2013 - Jan 2015

Graduate Physicist

Low Temperature Laboratory. Mission: Investigate the effects of electronic confinement on the transport properties of micro and nano-structured chromium thin films at low temperature. My key achievements include: ▸ Fabricating and characterizing Chromium thin films using cutting-edge equipment and techniques in a clean room environment. ▸ Developing the material-specific nanofabrication process and using my skills in optical and electronic lithography, I patterned the films into intricate circuits to study the transport properties of a large coherent electronic state known as a spin density wave. Under the supervision of experienced researchers, I gained valuable trainig and knowledge in this field while contributing to the team's efforts. My dedication to producing accurate and precise results and my ability to work effectively in a collaborative environment led to the publication of our findings in a peer-reviewed journal [2014 J. Phys.: Conf. Ser. 568 042031].

My Education

Take a look at my formal education

Ph.D. in Physics, Quantum Electronics · (noviembre de 2015 - febrero deUniversité Paris-Saclay | 2019

Master's degree (M2), Mesoscopic Quantum PhysicsInstituto Balseiro | 2015

Bachelor's degree, PhysicsInstituto Balseiro | 2013

About Me

Experienced quantum physicist seeks to expand skills in data science & machine learning to drive innovation in diverse industries. A team player, passionate about novel technologies and with a solid foundation in data analysis & problem-solving.

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