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Moritz Hirschmann
Moritz Hirschmann
RIKEN Center for Emergent Matter Science (CEMS), Quantum Matter Research Team
Email verificata su riken.jp
Titolo
Citata da
Citata da
Anno
Topological quantum wires with balanced gain and loss
H Menke, MM Hirschmann
Physical Review B 95 (17), 174506, 2017
1232017
-symmetric non-Hermitian Dirac semimetals
WB Rui, MM Hirschmann, AP Schnyder
Physical Review B 100 (24), 245116, 2019
582019
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
472021
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
432021
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
352019
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
302021
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
212021
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
202022
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
10*2022
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
8*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
72023
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
62024
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
32024
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
22023
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
22022
Topological band crossings in metals, magnets, and non-Hermitian systems
MM Hirschmann
22021
Weak Supertopology
K Parshukov, MM Hirschmann, AP Schnyder
arXiv preprint arXiv:2408.00042, 2024
2024
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
2024
Magnetic Properties and Quantum Anomalies of Dirac Materials
MM Hirschmann
Universität Stuttgart, 2016
2016
Il sistema al momento non può eseguire l'operazione. Riprova più tardi.
Articoli 1–19