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Quantum materials (QMs) with strong correlation and nontrivial topology are indispensable to next-generation information and computing technologies. Exploitation of topological band structure is an ideal starting point to realize correlated topological QMs. Here, we report that strain-induced symmetry modification in correlated oxide SrNbO 3 thin films creates an emerging topological band structure. Dirac electrons in strained SrNbO 3 films reveal ultrahigh mobility (μ max ≈ 100,000 cm 2 /Vs), exceptionally small effective mass ( m * ~ 0.04 m e ), and nonzero Berry phase. Strained SrNbO 3 films reach the extreme quantum limit, exhibiting a sign of fractional occupation of Landau levels and giant mass enhancement. Our results suggest that symmetry-modified SrNbO 3 is a rare example of correlated oxide Dirac semimetals, in which strong correlation of Dirac electrons leads to the realization of a novel correlated topological QM.more » « less
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Zhang, Yujun ; Kim, Minjae ; Mravlje, Jernej ; Sohn, Changhee ; Choi, Yongseong ; Strempfer, Joerg ; Hotta, Yasushi ; Yasui, Akira ; Nichols, John ; Lee, Ho Nyung ; et al ( , Physical Review B)
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Agarwal, Radhe ; Sharma, Yogesh ; Chang, Siliang ; Pitike, Krishna C. ; Sohn, Changhee ; Nakhmanson, Serge M. ; Takoudis, Christos G. ; Lee, Ho Nyung ; Tonelli, Rachel ; Gardner, Jonathan ; et al ( , Physical Review B)