Ultra-narrow optical spectral features resulting from highly dispersive light–matter
interactions are essential for a broad range of applications such as spectroscopy, slow-light …

This paper describes design, theoretical analysis, and experimental evaluation of a π-Phase-
Shifted Fiber Bragg Grating (π-PSFBG) inscribed in the standard telecom fiber for slow light …

A novel all-optical scheme for fast modulation of Fano-like resonance using Er/Yb doped
fiber (EYDF) is proposed and demonstrated experimentally. In the integrated system, an …

We proposed an amplification-enhanced measurement scheme of pump-dependent
dispersion in Erbium-doped fiber (EDF) based on optical low-coherence domain …

In this paper, we present results of numerical analysis of phase-shifted fiber Bragg gratings
aimed at slowing down the group velocity of light propagating through these structures …

One hundred years ago, in 1922, Léon Brillouin discovered the scattering of light by sound
waves. Within an optical fibre, Brillouin scattering may be used to create narrow-linewidth …

Sub-megahertz optical features using a resonator-free twisted Brillouin gain medium SPIE.org
SPIE digital library SPIE career center optics.org Sign In View Cart Help SPIE digital library …

Ultra-narrow optical spectral features resulting from highly dispersive light-matter
interactions are essential for a broad range of applications such as spectroscopy, slow-light …

Ultra-narrow spectral features are desirable for a broad range of applications, from precision
spectroscopy to atomic clocks to slow-light and microwave photonics, and are …

Ultra-narrow spectral features are desirable for a broad range of applications, and they are
conventionally realized using ultrahigh Q resonant structures. These structures typically …