Publication List (chronological)

2023

1. Kagome lattice promotes chiral spin fluctuations.
   Accepted to Physical Review Letters (2023); Preprint: arXiv:2206.05756
   Kolincio K., Hirschberger M., Masell J., Arima T.-h., Nagaosa N., and Tokura Y.
   
2. Planar thermal Hall effect of topological bosons in the Kitaev magnet α-RuCl3.
   Nature Materials 22, 36–41 (2023) - click!
   Czajka P., Gao T., Hirschberger M., Lampen-Kelley P., Banerjee A., Quirk N., Mandrus D.G., Nagler S.E., and Ong N.P.
   

2022

3. Polarized neutron scattering study on the centrosymmetric skyrmion host material Gd2PdSi3.
   Physical Review B 107, 024405 (2022); Preprint: arXiv:2208.08188
   Ju J., Saito H., Kurumaji T., Hirschberger M., Kikkawa A., Taguchi Y., Arima T.-h., Tokura Y., and Nakajima T.
4. Topological Nernst effect emerging from real-space gauge field and thermal fluctuations in a magnetic skyrmion lattice
   Physical Review B 106, 214425 (2022)
   Oike H., Ebino T., Koretsune T., Kikkawa A., Hirschberger M., Taguchi Y., Tokura Y., and Kagawa F.
5. Entropy-assisted, long-period stacking of honeycomb layers in an AlB2-type silicide.
   Journal of the American Chemical Society 144, 37, 16866–16871 (2022) - click!
   Spitz L., Nomoto T., Kitou S., Nakao H., Kikkawa A., Francoual S., Taguchi Y., Arita R., Tokura Y., Arima T.-h., and Hirschberger M.
   

2021

6. News & Views on Quantum Materials: Weyl fermions promote collective magnetism.
   Nature Materials 20, 1592 (2021) - click!
   Hirschberger M. and Tokura Y.
   
7. Large Hall and Nernst responses from thermally induced spin chirality in a spin-trimer ferromagnet.
   Proceedings of the National Academy of Sciences 118, e2023588118 (2021) - click!
   Kolincio K.K., Hirschberger M., Masell J., Gao S., Kikkawa A., Taguchi Y., Arima T.-h., Nagaosa N., and Tokura Y.
   
8. Oscillations of the thermal conductivity observed in the spin-liquid state of α-RuCl3.
   Nature Physics 17, 915–919 (2021)
   Czajka P., Gao T., Hirschberger M., Lampen-Kelley P., Banerjee A., Yan J., Mandrus D.G., Nagler S.E., and Ong N.P.
   
9. Robust noncoplanar magnetism in band filling-tuned (Nd1−xCax)2Mo2O7.
   Physical Review B 104, 024436 (2021)
   Hirschberger M., Kaneko Y., Spitz L., Nakajima T., Taguchi Y., and Tokura Y.
   
10. Geometrical Hall effect and momentum-space Berry curvature from spin-reversed band pairs.
    Physical Review B (Letter) 103, L041111 (2021)
    Hirschberger M., Nomura, Y., Mitamura H., Miyake A., Koretsune T., Kaneko Y., Spitz L., Taguchi Y., Matsuo A., Kindo K., Arita R., Tokunaga M., and Tokura Y.
    
11. Nanometric skyrmion lattice from anisotropic exchange interactions in a centrosymmetric host.
    New Journal of Physics 23, 023039 (2021)
    Hirschberger M., Hayami S. and Tokura Y.
    

2020

12. Emergent electromagnetic induction in a helical-spin magnet.
    Nature 586, 232–236 (2020)
    Yokouchi T., Kagawa F., Hirschberger M., Otani Y., Nagaosa N., and Tokura Y.
    
13. Topological Nernst effect of the two-dimensional skyrmion lattice.
    Physical Review Letters 125, 076602 (2020)
    Hirschberger M., Spitz L., Nomoto T., Kurumaji T., Gao S., Masell J., Nakajima T. Kikkawa A., Yamasaki Y., Sagayma H., Nakao H., Taguchi Y., Arita R., Arima T.-h., and Tokura Y.
    
14. Nanometric square skyrmion lattice in a centrosymmetric tetragonal magnet.
    Nature Nanotechnology 15, 444–449 (2020)
    Khanh N. D., Nakajima T., Yu X. Z., Gao S., Shibata K., Hirschberger M., Yamasaki Y., Sagayama H., Nakao H., Peng L. C., Nakajima K., Takagi R., Arima T., Tokura Y., and Seki S.
    
15. High-field depinned phase and planar Hall effect in skyrmion-host Gd2PdSi3.
    Physical Review B (Rapid) 101, 220401(R) (2020)
    Hirschberger M., Nakajima T., Kriener M., Kurumaji T., Spitz L., Gao S., Kikkawa A., Yamasaki Y., Sagayama H., Nakao H., Ohira-Kawamura S., Taguchi Y., Arima T.-h., and Tokura Y.
    

2019

16. Skyrmion phase and competing magnetic orders on a breathing kagome lattice.
    Nature Communications 10, 5831 (2019)
    Hirschberger M.*, Nakajima T.*, Gao S., Peng L., Kikkawa A., Kurumaji T., Kriener M., Yamasaki Y., Sagayama H., Nakao H., Ohishi K., Kakurai K., Taguchi Y., Yu X., Arima T., and Tokura Y.
    
17. Ordering phenomena of spin trimers accompanied by large geometrical Hall effect.
    Physical Review B (Rapid) 100, 241115(R) (2019)
    Gao S.*, Hirschberger M.*, Zaharko O., Nakajima T., Kurumaji T., Kikkawa A., Shiogai J., Tsukazaki A., Kimura S., Awaji S., Taguchi Y., Arima T.-h., and Tokura Y.
    
18. Skyrmion lattice with a giant topological Hall effect in a frustrated triangular-lattice magnet.
    Science 365, 914-918 (2019)
    Kurumaji T.*, Nakajima T.*, Hirschberger M., Kikkawa A., Yamasaki Y., Sagayama H., Nakao H., Taguchi Y., Arima T., and Tokura Y.
    
19. Ultra-small moment incommensurate spin density wave order masking a ferromagnetic quantum critical point in NbFe2.
    Physical Review Letters 123, 247203 (2019)
    Niklowitz P.G., Hirschberger M., Lucas M., Cermak P., Schneidewind A., Faulhaber E., Mignot J.-M., Duncan W.J., Neubauer A., Pfleiderer C., and Grosche F.M.
    
20. A gap-protected zero-Hall effect state in the quantum limit of the non-symmorphic metal KHgSb.
    Nature Materials 18, 443 (2019)
    Liang S., Kushwaha S., Gao T., Hirschberger M., Li J., Wang Z., Stolze K., Skinner B., Bernevig B.A., Cava R.J., and Ong N.P.
    
21. Enhanced thermal Hall conductivity below 1 Kelvin in the pyrochlore magnet Yb2Ti2O7.
    arXiv:1903.00595 (2019)
    Hirschberger M., Czajka P., Koohpayeh S.M., Wang W., and Ong N.P.
    

2018

22. Quantum tricritical points in NbFe2
    Nature Physics 14, 62 (2018)
    Friedemann S., Duncan W.J., Hirschberger M., Bauer T.W., Kuechler R., Neubauer A., Brando M., Pfleiderer C., and Grosche F.M.
    

2017

23. The Chiral Anomaly Factory: Creating Weyls with a Magnetic Field.
    Physical Review B 95, 161306 (2017)
    Cano J., Bradlyn B., Wang Z., Hirschberger M., Ong N.P., and Bernevig B.A.
    
24. Crystal growth and stoichiometry-dependent properties of the ferromagnetic Weyl semimetal ZrCo2−xSn.
    Journal of Physics: Condensed Matter 29, 225702 (2017)
    Kushwaha S.K., Stolze K., Wang Z., Hirschberger M., Lin J., Bernevig B.A., Ong N.P., and Cava R.J.
    

2016

25. The chiral anomaly and thermopower of Weyl fermions in the half-Heusler GdPtBi.
    Nature Materials 15, 1161–1165 (2016)
    Hirschberger M., Kushwaha S., Wang Z., Gibson Q., Liang S., Belvin C.A., Bernevig B.A., Cava R.J., and Ong N.P.
    
26. Diamagnetic response in under-doped YBa2Cu3O6.6 in high magnetic fields.
    Proceedings of the National Academy of Sciences 113, 12667 (2016)
    Yu F., Hirschberger M., Loew T., Li G., Lawson B.J., Asaba T., Kemper J.B., Liang T., Porras J., Boebinger G.S., Singleton J., Keimer B., Li L., and Ong N.P.
    
27. Time-reversal breaking Weyl fermions in magnetic Heuslers.
    Physical Review Letters 117, 236401 (2016)
    Wang Z., Vergniory M.G., Kushwaha S., Hirschberger M., Chulkov E.V., Ernst A., Ong N.P., Cava R.J., and Bernevig B.A.
    
28. Anomalous Nernst Effect in the Dirac Semimetal Cd3As2
    Physical Review Letters 118, 136601 (2016)
    Liang T., Lin J., Gibson Q., Gao T., Hirschberger M., Liu M., Cava R.J., and Ong N.P.
    

2015

29. Large thermal Hall conductivity of neutral spin excitations in a frustrated quantum magnet.
    Science 348, 106-109 (2015)
    Hirschberger M., Krizan J.W., Cava R.J., and Ong N.P.
    
30. Thermal Hall Effect of Spin Excitations in a Kagome Magnet.
    Physical Review Letters 115, 106603 (2015)
    Hirschberger M., Chisnell R., Lee Y.S., and Ong N.P.
    
31. Evidence for the chiral anomaly in the Dirac semimetal Na3Bi.
    Science 350, 413-416 (2015)
    Xiong J., Kushwaha S.K., Liang T., Krizan J.W., Hirschberger M., Wang W., Cava R.J., and Ong N.P.
    
32. Three-dimensional Dirac semimetals: Design principles and predictions of new materials.
    Physical Review B 91, 205128 (2015)
    Gibson Q.D., Schoop L.M., Muechler L., Xie L.S., Hirschberger M., Ong N.P., Car R., and Cava R.J.
    
33. Correlation of crystal quality and extreme magnetoresistance of WTe2.
    Europhysics Letters 110, 67002 (2015)
    Ali M.N., Schoop L.M., Xiong J., Flynn S., Gibson Q.D., Hirschberger M., Ong N.P., and Cava R.J.
    
34. Dirac metal to topological metal transition at a structural phase change in Au2Pb and prediction of Z2 topology for the superconductor.
    Physical Review B 91, 214517 (2015)
    Schoop L.M., Xie L.S., Chen R.S., Gibson Q.D., Lapidus S.H., Kimchi I., Hirschberger M., Haldolaarachchige N., Ali M.N., Belvin C.A., Liang T., Neaton J.B., Ong N.P., Vishwanath A., and Cava R.J.
    
35. Spin dynamics and spin freezing at ferromagnetic quantum phase transitions.
    The European Physical Journal Special Topics 224, 1041-1060 (2015)
    Schmakat P., Wagner M., Ritz R., Bauer A., Brando M., Deppe M., Duncan W., Duvinage C., Franz C., Geibel C., Grosche F.M., Hirschberger M., Hradil K., Meven M., Neubauer A., Schulz M., Senyshyn A., Süllow S., Pedersen B., Böni P., and Pfleiderer C.
    

2014

36. Large, non-saturating magnetoresistance in WTe2.
    Nature 514, 205-208 (2014)
    Ali M.N., Xiong J., Flynn S., Tao J., Gibson Q.D., Schoop L.M., Liang T., Haldolaarachchige N., Hirschberger M., Ong N.P., and Cava R.J.
    
37. Paramagnetic to ferromagnetic phase transition in lightly Fe-doped Cr2B.
    Physical Review B 89, 224417 (2014)
    Schoop L.M., Hirschberger M., Tao J., Felser C., Ong N.P., and Cava R.J.
    

2013

38. Evidence for massive bulk Dirac fermions in Pb1−xSnxSe from Nernst and thermopower experiments.
    Nature Communications 4, 2696 (2013)
    Liang T., Gibson Q.D., Xiong J., Hirschberger M., Koduvayur S.P., Cava R.J., and Ong N.P.
    

2012

39. Ferrimagnetism in Fe-rich NbFe2.
    Physical Review B 85, 115137 (2012)
    Haynes T.D., Maskery I., Butchers M.W., Duffy J.A., Taylor J.W., Giblin S.R., Utfeld C., Laverock J., Dugdale S.B., Sakurai Y., Itou M., Pfleiderer C., Hirschberger M., Neubauer A., Duncan W., and Grosche F.M.