… switches [14], … bistability in silicon photonic MEMS technology enables zero-power
consumption devices. In this work, we propose a design for a bistable silicon photonic MEMS switch …

… Silicon photonic circuits are rapidly growing in complexity and … photonic MEMS π-phase
switch using dual comb-drive actuation and adhesion forces, implemented in a silicon photonics …

… The 2 × 2 silicon photonic MEMS switch proposed in this paper primarily consists of three
components: CCS beams, an electrostatic comb actuator, and a compact HAC with an …

… With the development of silicon photonics in recent years, several researches have been
conducted in the field of implementing PICs for applications such as artificial intelligence, …

… silicon photonic MEMS switch with digital control and broadband operation. Using MEMS-actuated
vertical adiabatic couplers as switching … In conjunction with the bistable operation of …

… Here, we focus on bistability based on a looped hysteretic … switching that might be integrated
on the silicon photonics platform. The simplest way to achieve optical bistability on silicon is …

… approaches have been exploited in compact large array switches [8,9], … for Silicon Photonic
MEMS variable optical attenuators (VOA) [13] and bistable Silicon Photonic MEMS switches […

… is used to switch the state of a micron thick bistable MEMS beam, causing it to toggle by
up to 23 microns. The bistable system was studied earlier in [31], where the switching of state …

… CONCLUSION The objective of the present work was to realize a bistable MEMS switch with
low switching power, low switching time and simple fabrication process. To achieve this goal…

… A new bistable moving-fiber switch for applications in optical communication systems is
developed by employing advanced bulk silicon micromachining. The bistable switch utilizes …