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Compact Fully Integrated Alignment-Free and Linearly Polarized Ho3+^{3+} Single-Frequency Waveguide Laser

Published 7 Oct 2026 in physics.optics and cond-mat.other | (2610.09435v1)

Abstract: We report, for the first time, a fully integrated Ho<sup>3+<sup>{3+}-doped fluoride glass waveguide laser incorporating a femtosecond laser-inscribed waveguide and waveguide Bragg grating. The compact 12.4 mm cavity achieves stable single-frequency lasing at 2062.21 nm with a line width of better than 5 MHz. The laser emits linearly polarized light, which is efficiently delivered through an SM1950 single-mode fiber. This alignment-free architecture provides a compact and robust platform for integrated mid-infrared single-frequency laser sources.

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