Magnetism-induced topological transition in EuAs3 View Full Text


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Article Info

DATE

2021-11-30

AUTHORS

Erjian Cheng, Wei Xia, Xianbiao Shi, Hongwei Fang, Chengwei Wang, Chuanying Xi, Shaowen Xu, Darren C. Peets, Linshu Wang, Hao Su, Li Pi, Wei Ren, Xia Wang, Na Yu, Yulin Chen, Weiwei Zhao, Zhongkai Liu, Yanfeng Guo, Shiyan Li

ABSTRACT

The nature of the interaction between magnetism and topology in magnetic topological semimetals remains mysterious, but may be expected to lead to a variety of novel physics. We systematically studied the magnetic semimetal EuAs3, demonstrating a magnetism-induced topological transition from a topological nodal-line semimetal in the paramagnetic or the spin-polarized state to a topological massive Dirac metal in the antiferromagnetic ground state at low temperature. The topological nature in the antiferromagnetic state and the spin-polarized state has been verified by electrical transport measurements. An unsaturated and extremely large magnetoresistance of ~2 × 105% at 1.8 K and 28.3 T is observed. In the paramagnetic states, the topological nodal-line structure at the Y point is proven by angle-resolved photoemission spectroscopy. Moreover, a temperature-induced Lifshitz transition accompanied by the emergence of a new band below 3 K is revealed. These results indicate that magnetic EuAs3 provides a rich platform to explore exotic physics arising from the interaction of magnetism with topology. More... »

PAGES

6970

Identifiers

URI

http://scigraph.springernature.com/pub.10.1038/s41467-021-26482-7

DOI

http://dx.doi.org/10.1038/s41467-021-26482-7

DIMENSIONS

https://app.dimensions.ai/details/publication/pub.1143459231

PUBMED

https://www.ncbi.nlm.nih.gov/pubmed/34848690


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13 schema:description The nature of the interaction between magnetism and topology in magnetic topological semimetals remains mysterious, but may be expected to lead to a variety of novel physics. We systematically studied the magnetic semimetal EuAs3, demonstrating a magnetism-induced topological transition from a topological nodal-line semimetal in the paramagnetic or the spin-polarized state to a topological massive Dirac metal in the antiferromagnetic ground state at low temperature. The topological nature in the antiferromagnetic state and the spin-polarized state has been verified by electrical transport measurements. An unsaturated and extremely large magnetoresistance of ~2 × 105% at 1.8 K and 28.3 T is observed. In the paramagnetic states, the topological nodal-line structure at the Y point is proven by angle-resolved photoemission spectroscopy. Moreover, a temperature-induced Lifshitz transition accompanied by the emergence of a new band below 3 K is revealed. These results indicate that magnetic EuAs3 provides a rich platform to explore exotic physics arising from the interaction of magnetism with topology.
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19 schema:keywords Dirac metals
20 EuAs3
21 Lifshitz transition
22 Y point
23 angle-resolved photoemission spectroscopy
24 antiferromagnetic ground state
25 antiferromagnetic state
26 band
27 electrical transport measurements
28 emergence
29 exotic physics
30 ground state
31 interaction
32 interaction of magnetism
33 large magnetoresistance
34 low temperature
35 magnetic topological semimetals
36 magnetism
37 magnetoresistance
38 measurements
39 metals
40 nature
41 new bands
42 nodal line structure
43 nodal-line semimetals
44 novel physics
45 paramagnetic
46 paramagnetic state
47 photoemission spectroscopy
48 physics
49 platform
50 point
51 results
52 rich platform
53 semimetals
54 spectroscopy
55 spin-polarized states
56 state
57 structure
58 temperature
59 temperature-induced Lifshitz transition
60 topological nature
61 topological nodal-line semimetal
62 topological semimetals
63 topological transition
64 topology
65 transition
66 transport measurements
67 variety
68 schema:name Magnetism-induced topological transition in EuAs3
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