Moritz Hirschmann

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Andreas SchnyderMax Planck Institute for Solid State Research, StuttgartVerified email at fkf.mpg.de
Wenbin RuiThe University of Hong KongVerified email at hku.hk
Christian PfleidererProfessor of Experimental Physics, Technische Universität MünchenVerified email at frm2.tum.de
Doug FabiniMIT (previously MPI FKF, UCSB)Verified email at mit.edu
Henri MenkeMax Planck Computing and Data FacilityVerified email at mpcdf.mpg.de
Xianxin WuInstitute of Theoretical Physics, Chinese Academy of SciencesVerified email at itp.ac.cn
Niclas HeinsdorfJoint PhD Student, Max Planck Institute for Solid State Research and the University of British ColumbiaVerified email at fkf.mpg.de
Johannes MitscherlingMax Planck Institute for the Physics of Complex Systems, (Email: mitscherling at pks dot mpg dot de)Verified email at pks.mpg.de
Max HirschbergerDepartment of Applied Physics, The University of Tokyo; RIKEN CEMSVerified email at ap.t.u-tokyo.ac.jp
Ching-Kai ChiuSenior Research Scientist, RIKEN iTHEMSVerified email at riken.jp
Darshan G. JoshiAssistant Professor (Reader-F), TIFR-HyderabadVerified email at tifrh.res.in
Sebastian EsserThe University of Tokyo - Department of Applied PhysicsVerified email at g.ecc.u-tokyo.ac.jp
Jimmy Ming-Chun JiangCenter of Emergent Matter Science, RIKENVerified email at riken.jp
Ryotaro AritaDepartment of Physics, University of TokyoVerified email at phys.s.u-tokyo.ac.jp
N. D. KhanhThe University of TokyoVerified email at ap.t.u-tokyo.ac.jp
HIDENORI TAKAGIDirector, Max Planck Institute for Solid State Research, and AvH Professor, University of StuttgartVerified email at fkf.mpg.de
Huimei LiuMPI, StuttgartVerified email at fkf.mpg.de

Moritz Hirschmann

RIKEN Center for Emergent Matter Science (CEMS), Quantum Matter Research Team

Verified email at riken.jp

Topological States of Matter Topological Insulators Topological Semimetals Magnetism Non


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Topological quantum wires with balanced gain and loss H Menke, MM Hirschmann Physical Review B 95 (17), 174506, 2017	124	2017
-symmetric non-Hermitian Dirac semimetals WB Rui, MM Hirschmann, AP Schnyder Physical Review B 100 (24), 245116, 2019	59	2019
Symmetry-enforced topological nodal planes at the Fermi surface of a chiral magnet MA Wilde, M Dodenhöft, A Niedermayr, A Bauer, MM Hirschmann, K Alpin, ... Nature 594 (7863), 374-379, 2021	53	2021
Symmetry-enforced band crossings in tetragonal materials: Dirac and Weyl degeneracies on points, lines, and planes MM Hirschmann, A Leonhardt, B Kilic, DH Fabini, AP Schnyder Physical Review Materials 5 (5), 054202, 2021	44	2021
Symmetry-enforced band crossings in trigonal materials: Accordion states and Weyl nodal lines YH Chan, B Kilic, MM Hirschmann, CK Chiu, LM Schoop, DG Joshi, ... Physical Review Materials 3 (12), 124204, 2019	36	2019
Symmetry-enforced topological band crossings in orthorhombic crystals: Classification and materials discovery A Leonhardt, MM Hirschmann, N Heinsdorf, X Wu, DH Fabini, ... Physical Review Materials 5 (12), 124202, 2021	32	2021
Network of topological nodal planes, multifold degeneracies, and Weyl points in CoSi N Huber, K Alpin, GL Causer, L Worch, A Bauer, G Benka, ... Physical Review Letters 129 (2), 026401, 2022	23	2022
Higher-order Weyl superconductors with anisotropic Weyl-point connectivity WB Rui, SB Zhang, MM Hirschmann, Z Zheng, AP Schnyder, B Trauzettel, ... Physical Review B 103 (18), 184510, 2021	21	2021
Symmetry-enforced double Weyl points, multiband quantum geometry, and singular flat bands of doping-induced states at the Fermi level MM Hirschmann, J Mitscherling Physical Review Materials 8 (1), 014201, 2024	14*	2024
Intertwined Weyl phases emergent from higher-order topology and unconventional Weyl fermions via crystalline symmetry WB Rui, Z Zheng, MM Hirschmann, SB Zhang, C Wang, ZD Wang npj Quantum Materials 7 (1), 15, 2022	11*	2022
Non-coplanar helimagnetism in the layered van-der-Waals metal DyTe₃ S Akatsuka, S Esser, S Okumura, R Yambe, R Yamada, MM Hirschmann, ... Nature Communications 15 (1), 4291, 2024	7	2024
Fundamental laws of chiral band crossings: Local constraints, global constraints, and topological phase diagrams K Alpin, MM Hirschmann, N Heinsdorf, A Leonhardt, WY Yau, X Wu, ... Physical Review Research 5 (4), 043165, 2023	7	2023
Gapped nodal planes drive a large topological Nernst effect in a chiral lattice antiferromagnet ND Khanh, S Minami, M Hirschmann, T Nomoto, MC Jiang, R Yamada, ... arXiv preprint arXiv:2403.01113, 2024	3	2024
Correlation induced magnetic topological phases in the mixed-valence compound H Liu, MM Hirschmann, GA Sawatzky, G Khaliullin, AP Schnyder Physical Review Research 5 (4), L042028, 2023	2	2023
Creating and controlling Dirac fermions, Weyl fermions, and nodal lines in the magnetic antiperovskite MM Hirschmann, AS Gibbs, F Orlandi, D Khalyavin, P Manuel, ... Physical Review Materials 6 (11), 114202, 2022	2	2022
Topological band crossings in metals, magnets, and non-Hermitian systems MM Hirschmann	2	2021
Lattice-commensurate skyrmion texture in a centrosymmetric breathing kagome magnet M Hirschberger, BG Szigeti, M Hemmida, MM Hirschmann, S Esser, ... npj Quantum Materials 9 (1), 45, 2024	1	2024
Weak Supertopology K Parshukov, MM Hirschmann, AP Schnyder arXiv preprint arXiv:2408.00042, 2024		2024
Magnetic Properties and Quantum Anomalies of Dirac Materials MM Hirschmann Universität Stuttgart, 2016		2016

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