Birce Sena Tömekce Noack

-Nanomaterial fabrication using organic molecular beam epitaxy, PVD and CVD-based methods in UHV systems. -Characterization via scanning probe microscopy, XPS and other tools. -Microscopy and spectroscopy data analysis, image processing, and peak fitting. -Interdisciplinary collaboration enhancing technical expertise across different fields, project management skills, and resulting in several peer-reviewed publications.. -Conducted experiments at synchrotron facilities. -Mentoring students and involvement

-Nanofabrication of novel BN-doped carbon-based nanostructures on UHV clean metal substrates using tailor-made molecules in the framework of the STiBNite project. -Characterization of their structural and electronic properties using scanning probe microscopy and XPS techniques.

-Raman spectroscopy characterization of the nanomaterials after transfer

-Transfer and post-transfer characterization of the nanomaterials synthesized in UHV via optical microscopy, AFM, Raman spectroscopy -Cleanroom experience

Doctoral researcher in surface science, specializing in synthesis and characterization of BN-doped carbon-based nanoarchitectures at the atomic-scale under ultra-high vacuum conditions, employing low-temperature STM, nc-AFM, and XPS techniques. Dissertation: "On-Surface Synthesis and Characterizat

Thesis topic: "Investigation of electronic properties of Twisted Graphene Layers on HOPG by Scanning Tunneling Microscopy"