Search Results - "Gutty, F."

Laser Intensity and Frequency Stabilization Implemented on a Miniature CPT Clock Breadboard by Cotxet, J., Gutty, F., Baili, G., Morvan, L., Dolfi, D., Guerandel, S., Holleville, D.

“…SummaryWe developed and implemented a miniature electro-optical bench for the stabilization of a dual-frequency laser beam for high-contrast CPT interrogation…”
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Complete characterization of terahertz pulse trains generated from nonlinear processes in optical fibers by Dudley, J.M., Gutty, F., Pitois, S., Millot, G.

“…The measurement technique of frequency-resolved optical gating (FROG) is used to characterize the intensity and phase of terahertz pulse trains generated from…”
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Pseudorandom pulse sequence characterization with frequency resolved optical gating by Grelu, P., Gutty, F., Millot, G.

“…In this letter, we analyze the ability of frequency-resolved optical gating for the retrieval of the optical field of a short telecom repeated pulse sequence…”
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Progress on a Highly Compact Cesium CPT Clock Based on a Dual-Frequency VECSEL by Cotxet, J., Gutty, F., Baili, G., Morvan, L., Dolfi, D., Guerandel, S., Holleville, D., Sagnes, I., Beaudoin, G., Pantzas, K., Lucas-Leclin, G., Janicot, S.

“…We developed and tested a miniature optical bench to implement a cesium CPT clock based on a Vertical External Cavity Surface Emitting Laser (VECSEL) that…”
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Fully-correlated pumping for dual-frequency VECSELs dedicated to cesium CPT clocks by Gredat, G, Chatterjee, D, Baili, G, Gutty, F, Goldfarb, I. Sagnes F, Bretenaker, F, Liu, H

“…Optics Express 26, 26217-26226 (2018) We report a fully-correlated multi-mode pumping architecture optimized for dramatic noise reduction of a class-A…”
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Fine tuning of nonlinear interactions in a solid-state ring laser gyroscope by Schwartz, S., Gutty, F., Feugnet, G., Pocholle, J.-P.

“…We report a strong reduction of nonlinear interactions in a solid-state ring laser gyroscope when the gain medium is vibrated inside the cavity. This…”
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Complete intensity and phase characterization of a 2.5 THz dark soliton pulse train via frequency resolved optical gating by Dudley, J.M., Gutty, F., Pitois, S., Grelu, P., Millot, G., Thomson, M.D.

“…Summary form only given. Ultrafast optical pulse trains at THz frequencies for applications in spectroscopy and mm-wave communications are conveniently…”
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