A methodology of atomically resolved Land\'{e} g factor mapping of a single molecule is reported. Mn(II)-phthalocyanine (MnPc) molecules on Au(111) surface can be dehydrogenated via atomic manipulation with manifestation of tailored extended Kondo effect, which can allow atomically resolved imaging of the Land\'{e} g factor inside a molecule for the first time. By employing dehydrogenated MnPc molecules with removal of six H atoms (-6H-MnPc) as an example, Land\'{e} g factor of atomic constituents of the molecule can be obtained, therefore offering a unique g factor mapping of single molecule. Our results open up a new avenue to access local spin texture of a single molecule.
@article{arxiv.1310.8436,
title = {Spatial Imaging of Land\'{e} g Factor through Extended Kondo Effect in a Single Magnetic Molecule},
author = {Liwei Liu and Yuhang Jiang and Boqun Song and Kai Yang and Wende Xiao and Shixuan Du and Min Ouyang and Werner A. Hofer and Antonio. H. Castro Neto and Hong-Jun Gao},
journal= {arXiv preprint arXiv:1310.8436},
year = {2013}
}