معرفی
Ruchi Saxena is a Research Fellow at the University of Surrey, affiliated with the School of Mathematics and Physics and the Advanced Technology Institute. Her work focuses on quantum phenomena in topological materials for next-generation electronic applications.
Education:
- PhD from Harish-Chandra Research Institute, India
Research Interests: Dr. Saxena specializes in topological insulator nanowires, investigating quantum confinement effects and spin-momentum locking. Her research explores tunable quantum dot formation through magnetic flux and electrostatic gating, with direct implications for quantum computing hardware and fault-tolerant qubit design. This work bridges theoretical condensed matter physics with practical nanoelectronic device engineering.
Publications: Her 2022 Physical Review B publication demonstrates controlled electron transport in topological nanowires using constrictions to create quantum dots. This research establishes foundational principles for manipulating surface states in topological materials, advancing the field toward practical quantum information processing devices through precise external parameter control.
Research Environment: Based at the Advanced Technology Institute, she operates within Surrey's multidisciplinary hub for nanotechnology research, leveraging cross-departmental expertise in materials science and quantum device fabrication to explore topological quantum phenomena.
