Ph.D. candidate in Ingegneria Elettrica, Elettronica E Delle Comunicazioni , 40th cycle (2024-2027)
Department of Electronics and Telecommunications (DET)
Profile
PhD
Research topic
Electrical quantum metrology, quantum Hall effect devices, and impedance.
Tutors
Research interests
Biography
Piyaporn Det-Udom was born in Thailand in 1994. She studied at the Faculty of Applied Science, King Mongkut's University of Technology North Bangkok (KMUTNB), graduating with a BSc degree in 2016 and with an MSc degree in 2019. During her master’s studies, she conducted research on graffiti removal using a CO2 laser, aiming to enhance the efficiency and safety of graffiti removal. Her work demonstrated the laser’s ability to effectively eliminate unwanted markings while preserving the underlying surfaces.
In 2025, Piyaporn began her PhD in Electrical, Electronic, and Communications Engineering at Politecnico di Torino. Her research interests lie in electrical quantum metrology, with a focus on Quantum Hall Resistance (QHR) for AC measurements and the implementation of digital impedance bridges. She is dedicated to advancing the precise realization and traceability of impedance measurements based on quantum phenomena, particularly AC QHR standards. Her interested specifically involves optimizing the operation and fabrication of QHR samples to minimize carrier density fluctuations, developing verification methods to facilitate sample calibration, and enabling the transfer of quantum standards to various impedance reference standards. Her research contributes to the advancement of quantum-based impedance metrology and its practical application to measurement standards.
In 2025, Piyaporn began her PhD in Electrical, Electronic, and Communications Engineering at Politecnico di Torino. Her research interests lie in electrical quantum metrology, with a focus on Quantum Hall Resistance (QHR) for AC measurements and the implementation of digital impedance bridges. She is dedicated to advancing the precise realization and traceability of impedance measurements based on quantum phenomena, particularly AC QHR standards. Her interested specifically involves optimizing the operation and fabrication of QHR samples to minimize carrier density fluctuations, developing verification methods to facilitate sample calibration, and enabling the transfer of quantum standards to various impedance reference standards. Her research contributes to the advancement of quantum-based impedance metrology and its practical application to measurement standards.