Quantum Theory of Materials

Theoretical/Computational Condensed Matter Physics group

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Quantum Theory of Materials

Theoretical/Computational Condensed Matter Physics group

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Twisted bilayers of two-dimensional materials show remarkable dynamical and phononic properties. We study low-frequency and high-frequency modes in twisted bilayers of transition metal dichalogenides to demonstrate a transition from superlubric to pinned phase and ultrasoft acoustic-like modes.

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Twisted bilayers of two-dimensional materials have been shown to host strong correlations, including Mott-insulating phase. We study electronic structure of twisted bilayers of transition metal dichalcogenides.

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Physical Review E 103, 032411 (2021).

The Journal of Chemical Physics 154, 104111 (2021).

Physical Review B 103, L121102 (2021).

Physical Review B 103, 085120 (2021).

Physical Review Letters 125, 226802 (2020).

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Manish Jain

Associate Professor, Indian Institute of Science

Sudipta Kundu

Int. PhD candidate, Indian Institute of Science

Sanat Kumar Gogoi

PhD candidate, Indian Institute of Science

Shinjan Mandal

PhD candidate, Indian Institute of Science

Ishita Shitut

Int. PhD candidate, Indian Institute of Science

Namana V

Int. PhD candidate, Indian Institute of Science

Robin Bajaj

Int. PhD candidate, Indian Institute of Science

S. Shri Hari

BS student, Indian Institute of Science

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