معرفی
Nick Rübner Papior is a Special Consultant in the Department of Applied Mathematics and Computer Science at the Technical University of Denmark (DTU). His research focuses on quantum transport phenomena, nanomaterials, and computational modeling of electronic properties in graphene-based systems and molecular junctions. He has contributed significantly to the development of the SIESTA software package and organizes workshops on electronic structure simulations.
Key research areas include carbon nanostructures (graphene, nanoribbons), spintronics, and sensor technologies for COx detection. He has supervised PhD students such as Calogero G. and has been involved in projects funded by Danmarks Grundforskningsfond. His work spans theoretical investigations into topological phases in conjugated polymers, quantum interference effects, and current-induced mechanical stability in nanoconductors.
Recent publications highlight advancements in robust quantum engineering at room temperature, mechanical/magnetic stability of carbon nanoconductors, and interferometry with graphene networks. His interdisciplinary approach integrates computational tools with experimental insights to advance nanoelectronics and sustainable materials science.
- Labs/Teams: Core contributor to SIESTA development and organizer of electronic structure software schools.
- Advising: Supervised PhD student Calogero G. in theoretical investigations of graphene devices (2015–2019).
- Grants: Principal investigator on projects exploring graphene nanostructures (2012–2016) and computational tools for transport properties (2015–2019).
