Jyoti Katoch

Jyoti Katoch is an Associate Professor in the Department of Physics at Carnegie Mellon University. Her research focuses on condensed matter experiment, specifically investigating the electronic, optical, and spin-dependent properties of novel quantum materials such as two-dimensional materials and their devices. She has expertise in controlling the properties of 2D materials using atomic-scale modifications and exploring emergent physical phenomena. Her work involves the growth of quantum materials using molecular beam epitaxy and advanced characterization techniques. Katoch's research also includes in-situ low-temperature ultra-high vacuum magneto-transport measurements and in-operando NanoARPES for electronic band structure analysis.

Jyoti Katoch is a researcher at Carnegie Mellon University with a focus on the electronic and spintronic properties of two-dimensional materials and heterostructures. Her work explores phenomena such as the quantum Hall effect, spin splitting, and charge-transfer doping in systems like graphene, WS2, and h-BN. She investigates the interplay between structural and electronic properties in these materials, including the role of strain, proximity effects, and van Hove singularities. Her research also addresses the synthesis and characterization of novel materials, such as exfoliated hexagonal boron nitride and layered van der Waals compounds. Katoch's studies contribute to the understanding of spin transport, miniband formation, and the impact of substrate interactions on electronic behavior.