C. L. Gao
Max Planck Society
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Publication
Featured researches published by C. L. Gao.
Journal of Physics: Condensed Matter | 2010
Wulf Wulfhekel; C. L. Gao
Most ferromagnetic and antiferromagnetic substances show a simple collinear arrangement of the local spins. Under certain circumstances, however, the spin configuration is non-collinear. Scanning tunneling microscopy with its potential atomic resolution is an ideal tool for investigating these complex spin structures. Non-collinearity can be due to topological frustration of the exchange interaction, due to relativistic spin-orbit coupling or can be found in excited states. Examples for all three cases are given, illustrating the capabilities of spin-polarized scanning tunneling microscopy.
Physical Review Letters | 2008
C. L. Gao; Wulf Wulfhekel; J. Kirschner
Physical Review Letters | 2007
C. L. Gao; Uta Schlickum; Wulf Wulfhekel; J. Kirschner
Physical Review B | 2007
H. F. Ding; V. S. Stepanyuk; P. A. Ignatiev; N. N. Negulyaev; L. Niebergall; M. Wasniowska; C. L. Gao; P. Bruno; J. Kirschner
Physical Review Letters | 2008
C. L. Gao; A. Ernst; G. Fischer; W. Hergert; P. Bruno; Wulf Wulfhekel; J. Kirschner
Physical Review Letters | 2008
C. L. Gao; A. Ernst; Aimo Winkelmann; J. Henk; Wulf Wulfhekel; P. Bruno; J. Kirschner
Physical Review B | 2010
Achiri Tange; C. L. Gao; B. Yu. Yavorsky; I. V. Maznichenko; C. Etz; A. Ernst; W. Hergert; Ingrid Mertig; Wulf Wulfhekel; J. Kirschner
Physical Review B | 2010
Achiri Tange; C. L. Gao; Wulf Wulfhekel; J. Kirschner
arXiv: Superconductivity | 2017
Jasmin Jandke; Fang Yang; Patrik Hlobil; Tobias Engelhardt; Khalil Zakeri; C. L. Gao; Jörg Schmalian; Wulf Wulfhekel
Physical Review B | 2006
Uta Schlickum; C. L. Gao; Wulf Wulfhekel; J. Henk; P. Bruno; J. Kirschner