Nanofabrication Techniques for Quantum Technologies
Veronica Granata
Nanofabrication methods provide a unique opportunity to develop and control and control solid-state quantum devices at the nanometre scale. This seminar introduces the core lithography, deposition and etching techniques, and demonstrates how choices in the fabrication process influence the feasibility and quality of the resulting devices. These techniques are widely used in physics and electronics, for instance in producing superconducting devices for qubits in quantum computers, in the semiconductor and photonics industries.
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- Università Roma Tre - Dip. Ingegneria IEM
- Via Vito Volterra 62
- Rome, Lazio
- Italy 00146
- Building: Corpo B
- Room Number: Sala Multimediale
- Contact Event Host
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Enrico Silva
- Co-sponsored by University Roma Tre
Speakers
Veronica Granata of University Roma Tre
Biography:
Dr. Veronica Granata is a physicist and researcher in tenure-track at the Department of Industrial, Electronic, and Mechanical Engineering of University Roma Tre. She conducts fundamental and applied research in the field of superconducting devices, particularly their fabrication processes. For several years, she has been involved in two INFN projects for the detection of gravitational waves (Virgo and Einstein Telescope), particularly in the development and study of the properties of dielectric coatings for interferometer mirrors. She has participated in many outreach projects and events.
Email:
Address:Università Roma Tre, Department of Industrial, Electronic, Mechanical Engineering, Rome, Lazio, Italy, 00146