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Discovery of a Weyl fermion state with Fermi arcs in niobium arsenide

Nature Physics · 2015 · Vol. 11(9) · pp. 748–754

Su-Yang Xu✉(Princeton University)Nasser Alidoust(Princeton University)Ilya Belopolski(Princeton University)Zhujun Yuan(Peking University)Guang Bian(Princeton University)Tay‐Rong Chang(National Tsing Hua University)Hao Zheng(Princeton University)Vladimir N. Strocov(Paul Scherrer Institute)Daniel S. Sanchez(Princeton University)Guoqing Chang(National University of Singapore)Chenglong Zhang(Peking University)Daixiang Mou(Iowa State University)Yun Wu(Ames National Laboratory)Lunan Huang(Ames National Laboratory)Chi‐Cheng Lee(National University of Singapore)Shin-Ming Huang(National University of Singapore)Baokai Wang(Northeastern University)Arun Bansil(Northeastern University)Horng‐Tay Jeng(Institute of Physics, Academia Sinica)Titus Neupert(Princeton University)Adam Kaminski(Ames National Laboratory)Hsin Lin(National University of Singapore)Shuang Jia(Collaborative Innovation Center of Quantum Matter)M. Zahid Hasan(Princeton University)

Topological Materials and Phenomena Graphene research and applications Quantum many-body systemsPhysicsWeyl semimetalFermionFermi Gamma-ray Space TelescopeCondensed matter physicsSemimetalNiobiumArc (geometry)ArsenideState (computer science)