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Tunable strain and bandgap in subcritical-sized MoS2 nanobubbles - npj 2D Materials and Applications

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Tunable strain and bandgap in subcritical-sized MoS2 nanobubbles - npj 2D Materials and Applications

Nanobubbles naturally formed at the interface between 2D materials and their substrate are known to act as exciton recombination centers because of the reduced bandgap due to local strain, which in turn scales with the aspect ratio of the bubbles. The common understanding suggests that the aspect ratio is a universal constant independent of the bubble size.

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Tunable strain and bandgap in subcritical-sized MoS2 nanobubbles - npj 2D Materials and Applications

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Tunable strain and bandgap in subcritical-sized MoS2 nanobubbles - npj 2D Materials and Applications

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