Novel free space and fiber laser cavities demonstrating extreme sensitivities in Intracavity Phase Interferometry systems

Hendrie, James; Afkhamiardakani, Hanieh; Horstman, Luke; Lenzner, M.; Arissian, Ladan; Diels, Jean‐Claude

doi:10.1364/ls.2018.lw6f.5

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Implementing Ipi In Laser Gyroscops1

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2019

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“…Although gyroscopic response was successfully realized in discrete element bidirectional mode-locked dye lasers [1][2][3], it is impractical in commercial systems. Fiber lasers are the most promising laser media to implement IPI owing to the possibility of producing ultrashort pulses with a compact and low-cost design [4][5][6][7]. However, the nonlinear effects distributed over long distances in fiber lasers poses a challenge to the implementation of IPI in fiber lasers.…”

Section: Implementing Ipi In Laser Gyroscopsmentioning

confidence: 99%

Colliding pulse mode-locked all polarization maintaining fiber gyrolaser

Afkhamiardakani¹,

Diels²

2019

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A bidirectional all polarization maintaining fiber laser as a highly sensitive sensor for rotation is presented. This sensor is based on intracavity phase interferometry with application in inertial sensing, magnetometry, displacements and nonlinear index. The bios beat note of this gyroscopic laser is lowered to 166 KHz implementing a symmetric configuration including two parts of Er-doped fibers.

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