Publications

High-power semiconductor ring lasers engineered for robust frequency-modulated comb operation in the mid-infrared.

Widely tunable ring-laser architectures for compact active mid-infrared photonics platforms.

Infrared detection and imaging performance under thermally challenging sensing conditions.

Chip-scale bright soliton states in driven mid-infrared semiconductor laser systems.

Coupled semiconductor lasers supporting hybridized soliton lasing and controllable comb dynamics.

Soliton formation and nonlinear spatiotemporal states in semiconductor laser cavities.

Active integrated ring-resonator photonics for mid-infrared light generation and control.

Fano-coated photonic films for full-gamut structural color and high-purity optical response.

ENZ platforms enabling optomechanical forces and light-matter control in thin-film systems.

Ultrafine resonant coatings engineered for strong spectral control in thin-film optics.

Angle-independent thin-film coatings tailored for robust remote hydrogen detection.

Perfect-light-absorber thin films designed for hydrogen sensing with strong optical contrast.

Generalized Brewster-angle absorber physics applied to thin-film hydrogen sensing platforms.

Thin-film metasurfaces using thermal control to reach perfect absorption and structural color tuning.

Ultrathin dielectric design strategies for perfect absorption on lossy optical substrates.

Critically coupled dielectric-metal cavities for narrowband, iridescence-free perfect absorption.