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Thermal transport signatures of the excitonic transition and associated phonon softening in the layered chalcogenide ${Ta}_{2} {NiSe}_{5}$

Yuan-Shan Zhang¹, Jan A. N. Bruin^1,*, Yosuke Matsumoto¹, Masahiko Isobe¹, and Hidenori Takagi ^1,2,3,†

¹Max Planck Institute for Solid State Research, 70569 Stuttgart, Germany
²Institute for Functional Matter and Quantum Technologies, University of Stuttgart, 70569 Stuttgart, Germany
³Department of Physics, University of Tokyo, 113-0033 Tokyo, Japan

^*j.bruin@fkf.mpg.de
^†h.takagi@fkf.mpg.de

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Articles Citing

Thermal transport signatures of the excitonic transition and associated phonon softening in the layered chalcogenide ${Ta}_{2} {NiSe}_{5}$

Electronic Tuning of the Soft-Phonon Transport Anomaly in Ta2Ni(SxSe1−x)5

Long-lived relaxation channel and exciton-phonon coupling in Ta2NiSe5 via nondegenerate pump-probe spectroscopy

Excitonic order in quantum materials

Quantum coherent states of mass-imbalanced electron-hole system within optical microcavities

Thermal fluctuations and mass imbalance in low-energy excitonic condensate excitations

Mass imbalance and electron-phonon correlation impact on the excitonic insulator state in semimetal/semiconducting materials

Multiple coherent amplitude modes and exciton–phonon coupling in quasi-one-dimensional excitonic insulator Ta2NiSe5

In situ tracking anisotropic photocarrier dynamics in two-dimensional ternary Ta2NiSe5 via digital micromirror device-based pump-probe microscopy

Electron-phonon correlations inducing excitonic excitations in semimetal and semiconducting materials

H‐BN‐Encapsulated Uncooled Infrared Photodetectors Based on Tantalum Nickel Selenide

Low-energy excitonic condensate excitations in semimetal and semiconducting materials

Excitonic condensation state in the assistance of the adiabatic and anti-adiabatic phonons

Excitonic Susceptibility Function in Semimetal/semiconductor Materials: Formation of the Excitonic Condensate State

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