Erratum to: Topological guided-mode resonances at non-Hermitian nanophotonic interfaces
-
Ki Young Lee
and
Seok Ho Song
After the publication of this article, the authors found out some simple errors and hereby correct them as delineated below.
In lines 21–24 on page 1856, the previous description on fill factor F is
δ is defined such that refractive index of the grating bars n c = n d + δ with n d = ε d 1/2 denoting refractive index of the surrounding medium and fill factor F = (n c – n d)/(2δ).
This description is incorrect and thereby should be replaced by a correct description as
δ is defined such that refractive index of the grating bars n c = n d + δ and fill factor F = (n a – n d)/δ, where n d = ε d 1/2 denotes refractive index of the surrounding medium and n a = 2.864 is average refractive index of the grating region 0 < z < d.
In line 3–5 on page 1857, the previous description on topological tuning parameter δ is
This parameter set corresponds to {n c = 3.385, F = 0.442} for δ = −0.1 and {n c = 3.585, F = 0.365} for δ = +0.1.
Here, there is missing parameter δ EP in this description and a correct description should be
This parameter set corresponds to {n c = 3.385, F = 0.442} for δ = δ EP – 0.1 and {n c = 3.585, F = 0.365} for δ = δ EP + 0.1.
© 2021 Ki Young Lee et al., published by De Gruyter, Berlin/Boston
This work is licensed under the Creative Commons Attribution 4.0 International License.
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- Wide-field photothermal reflectance spectroscopy for single nanoparticle absorption spectrum analysis
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- A high-performance TE modulator/TM-pass polarizer using selective mode shaping in a VO2-based side-polished fiber
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- Low-threshold and narrow-linewidth perovskite microlasers pumped by a localized waveguide source
- Electroluminescence in plasmonic actuator based on Au/SiO2/n-Si tunnel junction
- Proposal for THz lasing from a topological quantum dot
- An optical parametric Bragg amplifier on a CMOS chip
- Transmissive nonlocal multilayer thin film optical filter for image differentiation
- 3 W average-power high-order mode pulse in dissipative soliton resonance mode-locked fiber laser
- Waveguided nematic liquid crystal random lasers
- Soft and plasmonic hydrogel optical probe for glucose monitoring
- Dark topological valley Hall edge solitons
- Erratum
- Erratum to: Topological guided-mode resonances at non-Hermitian nanophotonic interfaces
Articles in the same Issue
- Frontmatter
- Reviews
- Near-field optical imaging and spectroscopy of 2D-TMDs
- Research Articles
- Photoplasmonic assembly of dielectric-metal, Nd2O3-Gold soret nanointerfaces for dequenching the luminophore emission
- Wide-field photothermal reflectance spectroscopy for single nanoparticle absorption spectrum analysis
- Emission characteristics of GaInN/GaN multiple quantum shell nanowire-based LEDs with different p-GaN growth conditions
- A high-performance TE modulator/TM-pass polarizer using selective mode shaping in a VO2-based side-polished fiber
- Second harmonic generation in glass-based metasurfaces using tailored surface lattice resonances
- Low-threshold and narrow-linewidth perovskite microlasers pumped by a localized waveguide source
- Electroluminescence in plasmonic actuator based on Au/SiO2/n-Si tunnel junction
- Proposal for THz lasing from a topological quantum dot
- An optical parametric Bragg amplifier on a CMOS chip
- Transmissive nonlocal multilayer thin film optical filter for image differentiation
- 3 W average-power high-order mode pulse in dissipative soliton resonance mode-locked fiber laser
- Waveguided nematic liquid crystal random lasers
- Soft and plasmonic hydrogel optical probe for glucose monitoring
- Dark topological valley Hall edge solitons
- Erratum
- Erratum to: Topological guided-mode resonances at non-Hermitian nanophotonic interfaces
