Results 11 to 20 of about 51,516 (317)
Transport of a colloidal particle driven across a temporally oscillating optical potential energy landscape [PDF]
New Journal of Physics, 2019 A colloidal particle is driven across a temporally oscillating one-dimensional optical potential energy landscape and its particle motion is analysed. Different modes of dynamic mode locking are observed and are confirmed with the use of phase portraits.
Joshua L Abbott +3 more
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Laser mode-locking with saturable absorbers [PDF]
, 1967 In this paper we describe a mode-locked laser in terms of traveling pulses of light. We show that the energy absorbed by a saturable absorber is a minimum if the pulselength is a minimum, and that two pulses are essentially as favorable as one if they ...
E. Garmire, A. Yariv
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OBSERVATION OF MODE LOCKING AND ULTRASHORT OPTICAL PULSES INDUCED BY ANTISOTROPIC MOLECULAR LIQUIDS [PDF]
, 1968 Mode locking and ultrashort pulses have been produced in a giant-pulse ruby laser with heated nitrobenzene (T > 110°C) or -chloronaphthalene (T > 62°C) inside the optical resonator.
J. C. Comly +3 more
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Mode Locking in ac-Driven Vortex Lattices with Random Pinning [PDF]
, 2001 We find mode-locking steps in simulated current-voltage characteristics of ac-driven vortex lattices with {\it random} pinning. For low frequencies there is mode-locking above a finite ac force amplitude, while for large frequencies there is mode-locking
Alejandro B. Kolton +2 more
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Photonics, 2022 Self-mode-locked semiconductor disk lasers possess compact resonant cavity and stable construction. These devices have a wide application prospect because of their picosecond to sub-picosecond pulse width, excellent beam quality and tailorable emission ...
Tao Wang +4 more
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Photonics, 2023 Actively mode-locked fiber ring lasers (AMLLs) with loss modulators are used to generate approximately 100ps pulses with 100MHz repetition. RF detuning around the fundamental frequency, f0, causes a loss in phase lock (unlocking) of cavity modes and ...
Shree Krishnamoorthy, Anil Prabhakar
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Photoniques, 2023 Mode-locked lasers are the fundamental source of ultrashort and ultraintense light pulses and a principal pathway for three Nobel Prize technologies: optical frequency combs, chirped pulse amplification, and attosecond light pulses. They are essential in routine and high-level applications such as refractive surgery, spectroscopy, or metrology.
Prati, Franco +3 more
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Photonics, 2022 Passively Q-switching and mode-locking technologies can generate short pulses with durations that differ by several orders of magnitude widely used in different applications.
Xin Tan +4 more
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Mechanisms of spatiotemporal mode-locking [PDF]
Nature Physics, 2020 Mode-locking is a process in which different modes of an optical resonator establish, through nonlinear interactions, stable synchronization. This self-organization underlies light sources that enable many modern scientific applications, such as ultrafast and high-field optics and frequency combs.
Demetrios N. Christodoulides +9 more
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1/1.5 μm Synchronized Dual-Band Mode-Locked Fiber Laser
IEEE Photonics Journal, 2021 A 1/1.5 μm dual-band mode-locked fiber laser is experimentally demonstrated. The laser is based upon an architecture in which the 1 μm and the 1.5 μm signals are generated in independent cavities that share the identical ...
Chunyu Guo +7 more
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