C. Menoni

most citedThermal Noise Reduction in Ternary Optical Coatings: From Ti::GeO

_{2}

-Based Ternary Systems to High Index Materials

1 citations · 1 across the 3 of their papers we have counts for

collaborators

3 papers

cond-mat.mtrl-sci2026

Intrinsic Defects in Amorphous Optical Coatings of TiO $_{2}$ -doped GeO $_{2}$ for Gravitational-wave Detectors

K. Prasai, K. Lee, R. Bassiri +6

The increased laser power of future gravitational-wave detectors will require mirror coatings with optical absorption below 0.1 ppm per mirror. TiO $_{2}$ -doped GeO $_{2}$ , currently the…

cond-mat.mtrl-sci2026

Atomic Structure of Amorphous Optical Coatings of TiO $_{2}$ -doped GeO $_{2}$ by Grazing-Incidence Total X-ray Scattering Measurements

K. Prasai, J. Jiang, K. Lee +13

Reducing coating thermal noise in future gravitational-wave detectors requires identifying the atomic motifs that control mechanical loss in amorphous optical coatings. We combine…

physics.optics2026★ 1 cited

Thermal Noise Reduction in Ternary Optical Coatings: From Ti::GeO $_{2}$ -Based Ternary Systems to High Index Materials

Vincenzo Pierro, Guerino Avallone, Jessica Steinlechner +11

Minimizing coating thermal noise is crucial for enhancing gravitational wave detector sensitivity, with a target Amplitude Spectral Density Reduction Factor (ASD RF) of $0.5$ relat…

Intrinsic Defects in Amorphous Optical Coatings of TiO2​-doped GeO2​ for Gravitational-wave Detectors

Atomic Structure of Amorphous Optical Coatings of TiO2​-doped GeO2​ by Grazing-Incidence Total X-ray Scattering Measurements

Thermal Noise Reduction in Ternary Optical Coatings: From Ti::GeO2​-Based Ternary Systems to High Index Materials

Intrinsic Defects in Amorphous Optical Coatings of TiO $_{2}$ -doped GeO $_{2}$ for Gravitational-wave Detectors

Atomic Structure of Amorphous Optical Coatings of TiO $_{2}$ -doped GeO $_{2}$ by Grazing-Incidence Total X-ray Scattering Measurements

Thermal Noise Reduction in Ternary Optical Coatings: From Ti::GeO $_{2}$ -Based Ternary Systems to High Index Materials