This study presented the utilization of wavelength tuning in cylindrical whispering gallery
mode micro-resonators (WGMR) for sensing applications. A single-mode delivery optical …

We report an integrated whispering gallery mode microresonator–based sensor probe for
refractive index sensing. The probe was made by sealing a borosilicate glass microsphere …

This work is a study of a practical Whispering Gallery Mode based sensing device that
consists of optical polymer waveguides integrated with high Q Whispering Gallery Mode …

Optical microresonators have been proven as an effective means for sensitive chemical
sensors development. The changes in refractive index near the resonator surface lead to the …

Optical whispering-gallery mode (WGM) microresonators have been widely used as
chemical sensors. In practice, most WGM sensing is based on either mode frequency shift …

Whispering gallery mode resonators (WGMRs) have achieved significant results due to their
unique properties such as extremely small mode volume, ultra‐high quality (Q) factor, fast …

In this paper, we propose and theoretically design a highly sensitive refractive index (RI)
sensor based on Vernier effect in three coupled micro-ring resonators (CMRR) with identical …

The optical resonator based on whispering gallery modes (WGMs) was widely studied due
to its application potential in many fields. The novel asymmetrical microring resonator was …

Whispering gallery mode (WGM) micro-resonators are devices attractive for many practical
applications including optical sensing, micro-lasers, optical switches, tunable filters and …

This study proposes a chemical vapor sensor using whispering gallery modes excited in an
optical fiber-based resonator. A standard optical fiber with its plastic buffer removed is …