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“Doping” for Atomically Thin Materials
in this field. As they report in the journal “Nature Communications,” the team around Professor TimWehling and Dr. Bin Shao from the Institut für Theoretische Physik and Bremen Center for Computational [...] use ultrathin 2-D materials for applications, it is important to dope them,” explains Professor TimWehling. However, because 2-D materials are so thin, the electrons are strongly disturbed by the introduction [...] ). Additional Information: www.itp.uni-bremen.de/ag-gies www.uni-bremen.de Contact: Professor TimWehling Institut für Theoretische Physik and Bremen Center for Computational Materials Science University
Section: Universität
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“Doping” for Atomically Thin Materials
in this field. As they report in the journal “Nature Communications,” the team around Professor TimWehling and Dr. Bin Shao from the Institut für Theoretische Physik and Bremen Center for Computational [...] use ultrathin 2-D materials for applications, it is important to dope them,” explains Professor TimWehling. However, because 2-D materials are so thin, the electrons are strongly disturbed by the introduction [...] ). Additional Information: www.itp.uni-bremen.de/ag-gies www.uni-bremen.de Contact: Professor TimWehling Institut für Theoretische Physik and Bremen Center for Computational Materials Science University
Section: Sites
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People
Michael Fischer, Hanna Lührs, Tim Stauch, Lutz Mädler, Martin Eickhoff, Katharina Koschek, Marc Avila, Kirsten Tracht, Michael Vellekoop. Missing: Thorsten Gesing, TimWehling Former Members of the MAPEX [...] Kroll (2015 - 2016) Walter Lang (2014 - 2019) Peter Maaß (2018 - 2020) Anne Staubitz (2016 - 2019) TimWehling (2016 - 2020) Hans-Werner Zoch (2014 - 2018) Former speaker (October 2014 - October 2019) Prof [...] Martin Eickhoff Thorsten M. Gesing Christiane Heinicke ( ECI ) Katharina Koschek ( ECI ) Lutz Mädler Tim Neudecker Andreas Rademacher Kurosch Rezwan Ella Schmidt Kirsten Tracht Michael Vellekoop © Bastian
Section: Sites
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96%
Graphene-Like Materials: University Involved in Priority Program
e plasmas. Understanding and Controlling Interplay The project being carried out by Professor TimWehling investigates how the collective quantum mechanical behavior of electrons in 2D materials made up [...] to understand the interplay between the above-stated degrees of freed and interactions,” states TimWehling. Further Information: Project Gies: https://2dmp.tu-dresden.de/projects/gies-schneider-reitzenstein/ [...] https://2dmp.tu-dresden.de/projects/steinhofflist-chernikov-hoegele/ Project Wehling: https://2dmp.tu-dresden.de/projects/wehling-wurstbauer/ www.uni-bremen.de/en/ Contact: Dr. Christopher Gies Phone: +49
Section: Universität
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87%
Proximity enhanced quantum spin Hall state in graphene
Liangzhi Kou, Feiming Hu, Binghai Yan, TimWehling , Claudia Felser, Thomas Frauenheim and Changfeng Chen. Carbon (2015) 87 , 418-423. doi:10.1016/j.carbon.2015.02.057 Graphene is the first model system
Section: Sites
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87%
Phonon-pump extreme-ultraviolet-photoemission probe in graphene: Anomalous heating of dirac carriers by lattice deformation
Richard Chapman, Emma Springate, Stefan Link, Ulrich Starke, Burkhard Sachs, Martin Eckstein, Tim O. Wehling , Mikhail I. Katsnelson, Alexander Lichtenstein and Andrea Cavalleri. Physical Review Letters
Section: Sites
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86%
Rigid Band Shifts in Two-Dimensional Semiconductors through External Dielectric Screening
Aaron Bostwick, Roland J. Koch, Chris Jozwiak, Takashi Taniguchi, Kenji Watanabe, Eli Rotenberg, Tim O. Wehling , and Tony F. Heinz Physical Review Letters (2019) 123 , 206403 https://doi.org/10.1103/PhysRevLett
Section: Sites
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Experimenting with “LEGO” Blocks and Dancing Electrons to Produce the Smallest Stable Nanomagnet
Physik / Elektrotechnik Prof. Dr. TimWehling Institut für Theoretische Physik Bremen Center for Computational Materials Science Phone: +49 421 218 62039 e-mail: wehling@itp.uni-bremen.de [...] Theoretical Physics and the Bremen Center for Computational Materials Sciences. The team led by Prof. TimWehling is working on the development of theories to describe such strongly correlated electron systems
Relevance:

85%
Experimenting with “LEGO” Blocks and Dancing Electrons to Produce the Smallest Stable Nanomagnet
Physik / Elektrotechnik Prof. Dr. TimWehling Institut für Theoretische Physik Bremen Center for Computational Materials Science Phone: +49 421 218 62039 e-mail: wehling@itp.uni-bremen.de [...] Theoretical Physics and the Bremen Center for Computational Materials Sciences. The team led by Prof. TimWehling is working on the development of theories to describe such strongly correlated electron systems
Section: Universität
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85%
Prof. Dr. Tim Wehling (ITP, Univ. Bremen), Nobelpreis-Kolloquium: Von Gebäck zu Quantensystemen: Topologische Materiezustände u
Prof. Dr. TimWehling (I nstitut für Theoretische Physik, Univ. Bremen) Thema: Von Gebäck zu Quantensystemen: Topologische Materiezustände und Phasenübergänge Der diesjährige Nobelpreis für Physik ist
Section: Kolloquien, Symposien, Reihen
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