Fabrication • Devices • Transport • Quantum Materials
A selection of projects connecting device design, micro- and nanofabrication, thin-film processing, materials characterization, electrical transport, and the underlying physics.
Research Projects
These projects highlight how fabrication, measurement, and physics come together in experimental condensed-matter research.
Fabrication and measurement of Hall-bar devices for longitudinal and transverse transport studies, followed by investigation of nonlinear Hall response and multi-carrier behavior in electron-doped cuprate thin films.
View project →Design and fabrication of micron- and nanoscale superconducting rings using photolithography and electron-beam lithography, combined with microscopy and low-temperature transport studies.
View project →Development of alternative fabrication approaches in which the substrate is patterned before epitaxial growth, reducing direct processing of the functional superconducting thin film.
View project →Future additions will include further fabrication studies, semiconductor-device processing, and technical notes based on publicly available literature.