Inanc Adagideli

Inanc Adagideli is an Associate Professor specializing in condensed matter physics with expertise in topological insulators and spintronics, leading the Interfaces and Correlated Electron Systems research group. His scholarly impact includes 63 research outputs, 2 datasets, 1646 citations, and an h-index of 23, with active collaboration networks evident in recent publications and conference activities.

His research focuses on:

• Spin Physics and Graphene systems
• Fermion behavior and Eddy Current phenomena
• Topological Insulator quantum transport
• Variational Methods in symmetry analysis

Adagideli investigates entropy-driven inductive responses, non-Ohmic behavior in bismuth antimony telluride compounds, and current-induced spin polarization effects, exploring how magnetic fields and symmetry govern electron dynamics in quantum materials.

Analysis of 2023-2025 publications reveals consistent advancement in Majorana fermion physics and spin-orbit-based quantum devices, with growing emphasis on quantum scars, caustics, and dynamical transistor applications for next-generation spintronic technologies.

His supervised work includes at least one research project, and his Interfaces and Correlated Electron Systems group actively pursues quantum Hall regime transitions in ultrathin films while developing experimental frameworks for nuclear spin polarization detection through international conference engagements.