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This work aims to explore the effects of laser irradiation on the superconducting transition in YBCO thin films.

Non-monotonic superconducting transition in YBCO thin films under laser irradiation

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Randomized trial investigates superconducting properties under laser exposure in YBCO thin films, suggesting new dynamics.

This work aims to explore the effects of laser irradiation on the superconducting transition in YBCO thin films.
Fabricated YBCO thin films using pulsed laser deposition.
Conducted thickness-dependent and wavelength-dependent experiments.
Investigated photoresponse under varying laser irradiation power.
The superconducting transition temperature (Tc) exhibited dual maxima as a function of laser power.
A non-monotonic superconducting behavior was observed attributed to oxygen stoichiometry and carrier dynamics.
Findings highlight a tunable double-dome Tc evolution with laser power, indicating rich nonequilibrium dynamics.

Guo et al. (2026) studied this question.

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