Introduction to Mode Locking
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Mode Locking sentence examples within mode locked fiber
We report the first experimental observation, to the best of our knowledge, of soliton molecules in a robust all polarization-maintaining (PM) mode-locked fiber laser with a nonreciprocal phase bias that results in a low self-starting threshold and stable mode locking.
We report the first experimental observation, to the best of our knowledge, of soliton molecules in a robust all polarization-maintaining (PM) mode-locked fiber laser with a nonreciprocal phase bias that results in a low self-starting threshold and stable mode locking.
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It was first found experimentally in a nonlinear amplified loop mirror mode-locked fiber laser [3] and then in a nonlinear polarization rotation mode locking fiber laser [4, 5] with a requirement of high pump power of >400 mW.
It was first found experimentally in a nonlinear amplified loop mirror mode-locked fiber laser [3] and then in a nonlinear polarization rotation mode locking fiber laser [4, 5] with a requirement of high pump power of >400 mW.
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Mode Locking sentence examples within cavity round trip
The effectiveness of the modulator is demonstrated in a rig cavity, mode locking is achieved by amplitude modulation of the transmitted light and matching the modulation period with the cavity round-trip time, simultaneously, the Q factor of the cavity is controlled by superimposing a rectangular wave modulation on the acoustic signal, with variable frequency and duty cycle, allowing a QML pulse operation.
The effectiveness of the modulator is demonstrated in a rig cavity, mode locking is achieved by amplitude modulation of the transmitted light and matching the modulation period with the cavity round-trip time, simultaneously, the Q factor of the cavity is controlled by superimposing a rectangular wave modulation on the acoustic signal, with variable frequency and duty cycle, allowing a QML pulse operation.
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Switching between the cavities is achieved automatically by adjusting modulation frequency of an optical switcher (used for active mode locking) to match the cavity round-trip time of one of the cavities.
Switching between the cavities is achieved automatically by adjusting modulation frequency of an optical switcher (used for active mode locking) to match the cavity round-trip time of one of the cavities.
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Mode Locking sentence examples within erbium doped fiber
We demonstrated an experimental observation of bright-dark pulse pair and soliton bunch in mode-locked erbium-doped fiber ring laser with the saturable absorber (SA) of graded index multimode fiber-step index multimode fiber-graded index multimode fiber (GIMF-SIMF-GIMF), which utilizes nonlinear multimode interference inside the multimode fiber to realizing mode locking of fiber laser.
We demonstrated an experimental observation of bright-dark pulse pair and soliton bunch in mode-locked erbium-doped fiber ring laser with the saturable absorber (SA) of graded index multimode fiber-step index multimode fiber-graded index multimode fiber (GIMF-SIMF-GIMF), which utilizes nonlinear multimode interference inside the multimode fiber to realizing mode locking of fiber laser.
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Passive mode locking of erbium-doped fiber lasers (EDFLs) started by different two-dimensional (2-D) saturable absorbers (SAs) is demonstrated and compared.
Passive mode locking of erbium-doped fiber lasers (EDFLs) started by different two-dimensional (2-D) saturable absorbers (SAs) is demonstrated and compared.
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Mode Locking sentence examples within nonlinear polarization rotation
Mode Locking sentence examples within Passive Mode Locking
Single-walled carbon nanotubes (SWNTs) have attracted tremendous attentions as saturable absorber (SA) for passive mode locking in fiber lasers, given the fast recovery time, broad spectral range in the near infared and flexible fabrication.
Single-walled carbon nanotubes (SWNTs) have attracted tremendous attentions as saturable absorber (SA) for passive mode locking in fiber lasers, given the fast recovery time, broad spectral range in the near infared and flexible fabrication.
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In spite of its early discovery in 1965 [1], the passive mode locking of lasers is still a subject of intense research.
In spite of its early discovery in 1965 [1], the passive mode locking of lasers is still a subject of intense research.
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Mode Locking sentence examples within Domain Mode Locking
Time-domain mode locking is realized by using an electric signal modulator to achieve amplitude modulation of the generated microwave signal in the OEO cavity.
Time-domain mode locking is realized by using an electric signal modulator to achieve amplitude modulation of the generated microwave signal in the OEO cavity.
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Therefore, based on the Fourier domain mode locking (FDML) laser, a high-speed spectrum analyzer is proposed, and the measured spectrum is calibrated to meet the needs of high-speed and high-precision.
Therefore, based on the Fourier domain mode locking (FDML) laser, a high-speed spectrum analyzer is proposed, and the measured spectrum is calibrated to meet the needs of high-speed and high-precision.
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Mode Locking sentence examples within Harmonic Mode Locking
Mode Locking sentence examples within Stable Mode Locking
We report the first experimental observation, to the best of our knowledge, of soliton molecules in a robust all polarization-maintaining (PM) mode-locked fiber laser with a nonreciprocal phase bias that results in a low self-starting threshold and stable mode locking.
We report the first experimental observation, to the best of our knowledge, of soliton molecules in a robust all polarization-maintaining (PM) mode-locked fiber laser with a nonreciprocal phase bias that results in a low self-starting threshold and stable mode locking.
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Mode Locking sentence examples within Wavelength Mode Locking
In the ring fiber laser, Ag2S is used as a saturable absorber (SA) to obtain a stable dual-wavelength mode locking.
In the ring fiber laser, Ag2S is used as a saturable absorber (SA) to obtain a stable dual-wavelength mode locking.
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In addition, benefiting from four in-line polarization controllers and broadband gain profile of Tm-doped fiber, switchable quad-wavelength mode locking with part binary control can be observed clearly, even penta-wavelength.
In addition, benefiting from four in-line polarization controllers and broadband gain profile of Tm-doped fiber, switchable quad-wavelength mode locking with part binary control can be observed clearly, even penta-wavelength.
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Mode Locking sentence examples within Spatiotemporal Mode Locking
Mode Locking sentence examples within Active Mode Locking
We consider the power spectral density (PSD) of the OFCs and MFCs produced by active and hybrid active-passive mode-locked lasers in which the active mode locking is effected by a high-spectral-purity oscillator, but with timing noise originating in both the active locking and the mode-locked oscillators.
We consider the power spectral density (PSD) of the OFCs and MFCs produced by active and hybrid active-passive mode-locked lasers in which the active mode locking is effected by a high-spectral-purity oscillator, but with timing noise originating in both the active locking and the mode-locked oscillators.
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In this study, we describe an akinetic swept source OCT system based on pulse-modulated active mode locking (AML) fiber laser at the 1080 nm wavelength region for in-vivo human retina imaging.
In this study, we describe an akinetic swept source OCT system based on pulse-modulated active mode locking (AML) fiber laser at the 1080 nm wavelength region for in-vivo human retina imaging.
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Mode Locking sentence examples within Laser Mode Locking
The C60 nanorods has great prospect on high effective fiber laser mode locking and open a new way for the development of ultrafast optical devices.
The C60 nanorods has great prospect on high effective fiber laser mode locking and open a new way for the development of ultrafast optical devices.
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Single-walled carbon nanotubes (SWCNT) have emerged as promising material for saturable absorbers in laser mode locking, given the fast recovery time and a broad spectral range in the near infared.
Single-walled carbon nanotubes (SWCNT) have emerged as promising material for saturable absorbers in laser mode locking, given the fast recovery time and a broad spectral range in the near infared.
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Mode Locking sentence examples within Pulse Mode Locking
In the dispersion-managed erbium-doped fiber laser, by adjusting the polarization state in the cavity, when the pump power was 450 mW, the stable noise-like pulse mode locking was achieved, the center wavelength was 1600 nm, and the pulse width was 303 fs.
In the dispersion-managed erbium-doped fiber laser, by adjusting the polarization state in the cavity, when the pump power was 450 mW, the stable noise-like pulse mode locking was achieved, the center wavelength was 1600 nm, and the pulse width was 303 fs.
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Up to seven nonlinear regimes are observed successively in the laser by increasing the pump power only, including single-pulse mode locking, standard soliton explosions, noise-like mode locking, stable double pulsing, soliton collision induced explosions, soliton molecules, and double-pulse noise-like mode locking.
Up to seven nonlinear regimes are observed successively in the laser by increasing the pump power only, including single-pulse mode locking, standard soliton explosions, noise-like mode locking, stable double pulsing, soliton collision induced explosions, soliton molecules, and double-pulse noise-like mode locking.
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Mode Locking sentence examples within Len Mode Locking
This simple modelling has been applied to three applications: Kerr Lens Mode locking (KLM) mechanism, optical limitation, and Z-scan technique for a large nonlinearity.
This simple modelling has been applied to three applications: Kerr Lens Mode locking (KLM) mechanism, optical limitation, and Z-scan technique for a large nonlinearity.
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Using a Tm3+-doped (Lu,Sc)2O3 "mixed" sesquioxide ceramic as a gain medium, pulses as short as 58 fs are generated at ∼2081nm via soft-aperture Kerr-lens mode locking.
Using a Tm3+-doped (Lu,Sc)2O3 "mixed" sesquioxide ceramic as a gain medium, pulses as short as 58 fs are generated at ∼2081nm via soft-aperture Kerr-lens mode locking.
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Mode Locking sentence examples within Regenerative Mode Locking
A narrow bandwidth fiber Bragg grating is combined with a bulk amplitude electro-optic modulator to shape pulse evolution inside a ring cavity, and regenerative mode locking is applied to produce a stationary shape of pulses in the nanosecond regime (2.
A narrow bandwidth fiber Bragg grating is combined with a bulk amplitude electro-optic modulator to shape pulse evolution inside a ring cavity, and regenerative mode locking is applied to produce a stationary shape of pulses in the nanosecond regime (2.
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The architecture takes advantage of regenerative mode locking to enhance the frequency selectivity by more than 25 dB and the noise performances of rational mode locking.
The architecture takes advantage of regenerative mode locking to enhance the frequency selectivity by more than 25 dB and the noise performances of rational mode locking.
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Mode Locking sentence examples within Soliton Mode Locking
Mode Locking sentence examples within Stationary Mode Locking
Mode Locking sentence examples within Starting Mode Locking
The photo-refractive effect enables self-starting mode locking and is able to produce stable single solitons on demand that feature reversible switching between soliton states.
The photo-refractive effect enables self-starting mode locking and is able to produce stable single solitons on demand that feature reversible switching between soliton states.
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The photo-refractive effect enables self-starting mode locking and is able to produce stable single solitons on demand that feature reversible switching between soliton states.
The photo-refractive effect enables self-starting mode locking and is able to produce stable single solitons on demand that feature reversible switching between soliton states.
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Mode Locking sentence examples within Realize Mode Locking
A linear mode-locked fiber laser based on the semiconductor saturable absorption mirror was demonstrated to realize mode locking in group velocity locked vector soliton regime and polarization rotation vector soliton regime.
A linear mode-locked fiber laser based on the semiconductor saturable absorption mirror was demonstrated to realize mode locking in group velocity locked vector soliton regime and polarization rotation vector soliton regime.
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The compact all-fiber laser realizes mode locking based on a nonlinear amplifying loop mirror and emits noise-like mode-locked pulse with high peak power and high average power.
The compact all-fiber laser realizes mode locking based on a nonlinear amplifying loop mirror and emits noise-like mode-locked pulse with high peak power and high average power.
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Mode Locking sentence examples within Frequency Mode Locking
Regular and irregular mode hopping, as well as fundamental and second harmonic sliding frequency mode locking and chaotic laser operation are identified as important dynamic regimes.
Regular and irregular mode hopping, as well as fundamental and second harmonic sliding frequency mode locking and chaotic laser operation are identified as important dynamic regimes.
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We also identify two different regimes called sliding frequency self-mixing and sliding frequency mode locking.
We also identify two different regimes called sliding frequency self-mixing and sliding frequency mode locking.
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Mode Locking sentence examples within Switched Mode Locking
Q-switched mode locking (QML) noise-like pulse (NLP) emission from an all-fiber thulium-doped laser based on the nonlinear polarization rotation effect is reported.
Q-switched mode locking (QML) noise-like pulse (NLP) emission from an all-fiber thulium-doped laser based on the nonlinear polarization rotation effect is reported.
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We report the peak-power-clamping (PPC) effect in a polarization-maintaining (PM) Q-switched mode locking fiber laser.
We report the peak-power-clamping (PPC) effect in a polarization-maintaining (PM) Q-switched mode locking fiber laser.
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Mode Locking sentence examples within Robust Mode Locking
Compared to low dimensional materials, the oxides proposed in this paper could be more suitable for robust mode locking in harsh environment.
Compared to low dimensional materials, the oxides proposed in this paper could be more suitable for robust mode locking in harsh environment.
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These features are essential to ensure a robust mode locking mechanism and a practical approach to build reliable ultrashort pulse lasers with simple architecture, self-strating and environmentally stable operation, and moderate cost.
These features are essential to ensure a robust mode locking mechanism and a practical approach to build reliable ultrashort pulse lasers with simple architecture, self-strating and environmentally stable operation, and moderate cost.
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Mode Locking sentence examples within Transverse Mode Locking
Spontaneous transverse mode locking of Laguerre-Gaussian modes in different frequency-degenerate families has been obtained by merely adjusting the pump power.
Spontaneous transverse mode locking of Laguerre-Gaussian modes in different frequency-degenerate families has been obtained by merely adjusting the pump power.
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In this case, the radiation has a characteristic ring spatial structure, which testifies to transverse mode locking of the fundamental and Stokes components.
In this case, the radiation has a characteristic ring spatial structure, which testifies to transverse mode locking of the fundamental and Stokes components.
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Mode Locking sentence examples within Achieve Mode Locking
The model includes electric amplitude modulation to achieve mode locking and convolution of electric signal and filter impulse response function to achieve mode selection.
The model includes electric amplitude modulation to achieve mode locking and convolution of electric signal and filter impulse response function to achieve mode selection.
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However, the required parameters, such as the cavity size, dispersion, minimum gain, and amount of saturable absorption (SA) loss, are unknown; we need to establish a clear guideline if we wish to discuss experimental feasibility and achieve mode locking (ML).
However, the required parameters, such as the cavity size, dispersion, minimum gain, and amount of saturable absorption (SA) loss, are unknown; we need to establish a clear guideline if we wish to discuss experimental feasibility and achieve mode locking (ML).
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Mode Locking sentence examples within mode locking operation
Mode Locking sentence examples within mode locking regime
Mode Locking sentence examples within mode locking laser
In this study, we report the nonlinear optical properties of a direct bandgap monoclinic structure, gallium tellurium quantum dots (GaTe QDs), and its application as a novel saturable absorber for mode locking laser generation.
In this study, we report the nonlinear optical properties of a direct bandgap monoclinic structure, gallium tellurium quantum dots (GaTe QDs), and its application as a novel saturable absorber for mode locking laser generation.
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Mode Locking sentence examples within mode locking technique
Then, device level characterization of InAs/InP Qdash Fabry-Perot lasers with chronological improvement in their performance is underlined, in particular employment of assisting injection and mode locking techniques.
Then, device level characterization of InAs/InP Qdash Fabry-Perot lasers with chronological improvement in their performance is underlined, in particular employment of assisting injection and mode locking techniques.
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A scheme to generate 50 GHz pulse train using rational harmonic mode locking technique is proposed and studied experimentally.
A scheme to generate 50 GHz pulse train using rational harmonic mode locking technique is proposed and studied experimentally.
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Mode Locking sentence examples within mode locking fiber
It was first found experimentally in a nonlinear amplified loop mirror mode-locked fiber laser [3] and then in a nonlinear polarization rotation mode locking fiber laser [4, 5] with a requirement of high pump power of >400 mW.
It was first found experimentally in a nonlinear amplified loop mirror mode-locked fiber laser [3] and then in a nonlinear polarization rotation mode locking fiber laser [4, 5] with a requirement of high pump power of >400 mW.
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We report the peak-power-clamping (PPC) effect in a polarization-maintaining (PM) Q-switched mode locking fiber laser.
We report the peak-power-clamping (PPC) effect in a polarization-maintaining (PM) Q-switched mode locking fiber laser.
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Mode Locking sentence examples within mode locking scheme
Mode locked pulse generation has been reported using both active and passive mode locking schemes.
Mode locked pulse generation has been reported using both active and passive mode locking schemes.
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As an enabling step, we demonstrate a dual-mode locking scheme to thermally stabilize a cavity mode to the atomic line for single atom-based cavity quantum electrodynamics experiments.
As an enabling step, we demonstrate a dual-mode locking scheme to thermally stabilize a cavity mode to the atomic line for single atom-based cavity quantum electrodynamics experiments.
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10.1103/PHYSREVA.103.043515
Our results are helpful in understanding the dynamics of the buildup of mode locking and noiselike pulses in passively mode-locked lasers.
Our results are helpful in understanding the dynamics of the buildup of mode locking and noiselike pulses in passively mode-locked lasers.
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10.1364/cleo_si.2021.sth2b.7
We demonstrate an integrated Si3N4 waveguide resonator designed as a dual-mode locking (DML) cavity that stabilizes laser frequency to 1.
We demonstrate an integrated Si3N4 waveguide resonator designed as a dual-mode locking (DML) cavity that stabilizes laser frequency to 1.
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10.1016/J.OPTMAT.2021.111022
The broadband Nd3+-doped crystal could be very promising for ultrashort pulse laser generation in femtosecond time duration through mode locking technology.
The broadband Nd3+-doped crystal could be very promising for ultrashort pulse laser generation in femtosecond time duration through mode locking technology.
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10.1016/J.YOFTE.2021.102650
The demonstrated approach opens up new prospects for pump-modulation-based mode locking in diode-pumped lasers with such inertial active media as rare-earth-doped fibers.
The demonstrated approach opens up new prospects for pump-modulation-based mode locking in diode-pumped lasers with such inertial active media as rare-earth-doped fibers.
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10.1103/PhysRevLett.126.083601
Mode locking in lasers is a collective effect, where due to a weak coupling a large number of frequency modes lock their phases to oscillate in unison, forming an ultrashort pulse in time.
Mode locking in lasers is a collective effect, where due to a weak coupling a large number of frequency modes lock their phases to oscillate in unison, forming an ultrashort pulse in time.
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10.1007/s10946-020-09934-1
We report the mode locking regime of dye laser pumped by 400 ns laser diode pulses.
We report the mode locking regime of dye laser pumped by 400 ns laser diode pulses.
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10.1088/1361-6587/ac11b7
Our investigation suggests the requirement to include the NTV torque in the modeling on the mode locking of neoclassical tearing modes in tokamaks.
Our investigation suggests the requirement to include the NTV torque in the modeling on the mode locking of neoclassical tearing modes in tokamaks.
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10.1109/JMW.2021.3065037
A compact design of multi-mode laser (MML) is presented here by employing self-forced oscillation combined with self-mode locking of an MML.
A compact design of multi-mode laser (MML) is presented here by employing self-forced oscillation combined with self-mode locking of an MML.
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10.1070/QEL17541
Both factors lead to the mode locking in spectral lines and, as a consequence, to synchronisation of PCPW beats at the device output.
Both factors lead to the mode locking in spectral lines and, as a consequence, to synchronisation of PCPW beats at the device output.
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10.1364/AO.422572
Numerical investigations show that presence of a narrow-band wavelength-tunable spectral filter is necessary for a nonlinear MMI-based saturable absorber to be effective for mode locking.
Numerical investigations show that presence of a narrow-band wavelength-tunable spectral filter is necessary for a nonlinear MMI-based saturable absorber to be effective for mode locking.
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10.1007/s10854-021-05344-4
According to data obtained by the Z-scan technique, OIC-I could be used as a saturable absorb material, and this feature can be applied in nonlinear signal filtering, optical signal processing, and mode locking devices.
According to data obtained by the Z-scan technique, OIC-I could be used as a saturable absorb material, and this feature can be applied in nonlinear signal filtering, optical signal processing, and mode locking devices.
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10.1109/CLEO/Europe-EQEC52157.2021.9542328
Passive-mode locking (PML) is a fascinating phenomenon allowing for the generation of ultrashort optical pulses.
Passive-mode locking (PML) is a fascinating phenomenon allowing for the generation of ultrashort optical pulses.
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10.1103/PhysRevLett.126.173901
In ultrafast multimode lasers, mode locking is implemented by means of saturable absorbers or modulators, allowing for very short pulses.
In ultrafast multimode lasers, mode locking is implemented by means of saturable absorbers or modulators, allowing for very short pulses.
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10.1103/PhysRevLett.127.073601
We find that the long-term frequency stability is significantly improved in the multimode lasing state as a result of the mode locking.
We find that the long-term frequency stability is significantly improved in the multimode lasing state as a result of the mode locking.
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10.21883/FTP.2021.09.51291.21
Based on the numerical solution to the nonlinear Maxwell-Bloch equations, the joint implementation of active (parametric) and passive (coherent) mode locking for a class C heterolaser with a low-Q combined Fabry-Perot cavity in the presence of an effective distributed feedback of counter-propagating waves is demonstrated.
Based on the numerical solution to the nonlinear Maxwell-Bloch equations, the joint implementation of active (parametric) and passive (coherent) mode locking for a class C heterolaser with a low-Q combined Fabry-Perot cavity in the presence of an effective distributed feedback of counter-propagating waves is demonstrated.
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10.1364/OL.435402
We demonstrate a novel, to the best of our knowledge, method for mode locking of an oscillator, which is based on the injection of a strong sinusoidal signal from an external source into the cavity.
We demonstrate a novel, to the best of our knowledge, method for mode locking of an oscillator, which is based on the injection of a strong sinusoidal signal from an external source into the cavity.
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10.1016/J.INFRARED.2021.103759
Nonlinear mirror (NLM) mode locking has also been verified to be an efficient technology for high-power ultrashort pulse laser generation.
Nonlinear mirror (NLM) mode locking has also been verified to be an efficient technology for high-power ultrashort pulse laser generation.
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10.1117/12.2537769
5-μm core pumped by 976-nm high-power laser diode and cavity formed by bulk mirror and fiber Bragg grating with intra-cavity acousto-optic modulator providing Q-switching or mode locking.
5-μm core pumped by 976-nm high-power laser diode and cavity formed by bulk mirror and fiber Bragg grating with intra-cavity acousto-optic modulator providing Q-switching or mode locking.
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10.1039/C9TC00554D
In this study, we report the nonlinear optical properties of a direct bandgap monoclinic structure, gallium tellurium quantum dots (GaTe QDs), and its application as a novel saturable absorber for mode locking laser generation.
In this study, we report the nonlinear optical properties of a direct bandgap monoclinic structure, gallium tellurium quantum dots (GaTe QDs), and its application as a novel saturable absorber for mode locking laser generation.
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10.1007/S10946-019-09786-4
Our experiment results show that a composite crystal is an excellent laser crystal for mode locking.
Our experiment results show that a composite crystal is an excellent laser crystal for mode locking.
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10.1016/J.INFRARED.2019.102984
Time-stretch dispersive Fourier transform (TS-DFT) technique offers a powerful way to investigate the non-repetitive formation dynamics of mode locking.
Time-stretch dispersive Fourier transform (TS-DFT) technique offers a powerful way to investigate the non-repetitive formation dynamics of mode locking.
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10.1515/nanoph-2019-0374
Different from the dual- or multi-wavelength soliton operation of fiber lasers where mode locking is used to initiate soliton formation, no mode locking occurs in our fiber laser.
Different from the dual- or multi-wavelength soliton operation of fiber lasers where mode locking is used to initiate soliton formation, no mode locking occurs in our fiber laser.
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10.1364/JOT.86.000197
This paper presents an experimental and numerical study of the subnanosecond operating regime of a solid-state laser that uses active phase modulation for mode locking and Q-switching of the cavity.
This paper presents an experimental and numerical study of the subnanosecond operating regime of a solid-state laser that uses active phase modulation for mode locking and Q-switching of the cavity.
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10.1088/1674-4926/40/10/101306
We discuss properties of linewidth broadening factor, laser noise and its sensitivity to optical feedback, intensity modulation, as well as mode locking operation.
We discuss properties of linewidth broadening factor, laser noise and its sensitivity to optical feedback, intensity modulation, as well as mode locking operation.
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10.1117/12.2536883
We experimentally show that with mode locking by synchronous pumping of the semiconductor active medium, almost arbitrary temporal pulse profiles are possible by appropriate shaping of the electric pumping pulses.
We experimentally show that with mode locking by synchronous pumping of the semiconductor active medium, almost arbitrary temporal pulse profiles are possible by appropriate shaping of the electric pumping pulses.
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10.12783/dtem/icaem2019/31037
Among them, mode locking is mainly to switch the.
Among them, mode locking is mainly to switch the.
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10.1088/1741-4326/AB22C4
It is shown that uncorrected error fields from these inner PF coils may result in potentially significant local perturbation to the pitch angle without contributing significantly to the core resonant error field components responsible for mode locking.
It is shown that uncorrected error fields from these inner PF coils may result in potentially significant local perturbation to the pitch angle without contributing significantly to the core resonant error field components responsible for mode locking.
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10.1016/J.OPTCOM.2019.07.042
82 MW/cm2 was used for mode locking.
82 MW/cm2 was used for mode locking.
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10.1109/PHOSST.2019.8924588
We present a review of the most recent techniques for the analysis and the numerical simulation of mode locking in edge emitting and ring Quantum Dot laser diodes, in both single section (spontaneous mode locking) and two-section (active and passive mode locking) configurations.
We present a review of the most recent techniques for the analysis and the numerical simulation of mode locking in edge emitting and ring Quantum Dot laser diodes, in both single section (spontaneous mode locking) and two-section (active and passive mode locking) configurations.
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10.1049/el.2019.2418
The symmetric laser structure operation is adjusted to achieve a self-mode locking of five modes at 26.
The symmetric laser structure operation is adjusted to achieve a self-mode locking of five modes at 26.
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10.1088/1741-4326/AB1A72
The fast rotating RMP field has been successfully applied for avoidance of mode locking and the prevention of plasma disruption.
The fast rotating RMP field has been successfully applied for avoidance of mode locking and the prevention of plasma disruption.
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10.1103/physrevlett.123.093901
Q switching (QS) and mode locking (ML) are the two main techniques enabling generation of ultrashort pulses.
Q switching (QS) and mode locking (ML) are the two main techniques enabling generation of ultrashort pulses.
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10.1364/OME.9.003268
The combination of two semi-metal 2D materials has enabled the ease of mode locking and stable soliton state pulse generation.
The combination of two semi-metal 2D materials has enabled the ease of mode locking and stable soliton state pulse generation.
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10.1016/B978-0-12-814162-5.00005-4
Then, device level characterization of InAs/InP Qdash Fabry-Perot lasers with chronological improvement in their performance is underlined, in particular employment of assisting injection and mode locking techniques.
Then, device level characterization of InAs/InP Qdash Fabry-Perot lasers with chronological improvement in their performance is underlined, in particular employment of assisting injection and mode locking techniques.
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10.1109/JLT.2019.2893291
The key features of the proposed laser are: spectral tuning does not require adjustment of any other cavity elements; stable generation with a single pulse per round trip is provided over the entire wavelength tuning range; and the output pulses are close to transform limited and feature relatively high (>58 dB) signal-to-noise ratio of laser inter-mode beats indicating high quality of mode locking across the entire wavelength tuning range.
The key features of the proposed laser are: spectral tuning does not require adjustment of any other cavity elements; stable generation with a single pulse per round trip is provided over the entire wavelength tuning range; and the output pulses are close to transform limited and feature relatively high (>58 dB) signal-to-noise ratio of laser inter-mode beats indicating high quality of mode locking across the entire wavelength tuning range.
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10.1364/OE.27.000150
Moreover, we evaluate the impact of laser-mode locking state, quality factor as well as spectral lineshapes of the EIT resonance, laser coupling efficiency, and three configurations of optical energy storage elements on the spectral purity of the oscillator, so as to improve its phase noise and stability performances.
Moreover, we evaluate the impact of laser-mode locking state, quality factor as well as spectral lineshapes of the EIT resonance, laser coupling efficiency, and three configurations of optical energy storage elements on the spectral purity of the oscillator, so as to improve its phase noise and stability performances.
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10.1117/12.2532490
By using single-mode fiber stretcher with total length of 16 km, pulse width of mode locking laser pulse can be broadened from 28 ps to 1~7 ns.
By using single-mode fiber stretcher with total length of 16 km, pulse width of mode locking laser pulse can be broadened from 28 ps to 1~7 ns.
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10.1109/CLEOE-EQEC.2019.8872672
The ultrashort pulses which are required for this application can be generated by mode locking.
The ultrashort pulses which are required for this application can be generated by mode locking.
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10.1364/PRJ.7.000494
9 ps allow the alteration between pure Q switching and continuous-wave (CW) mode locking in an identical laser resonator.
9 ps allow the alteration between pure Q switching and continuous-wave (CW) mode locking in an identical laser resonator.
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10.1364/AO.58.003932
The 45° TFG serves as an in-fiber polarizer for mode locking in the all-fiber laser cavity.
The 45° TFG serves as an in-fiber polarizer for mode locking in the all-fiber laser cavity.
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Keywords related to Mode
Mode Choice
Mode Dependent Time Varying
Mode Ion
Mode Current
Mode Method
Mode Decisions
Mode Transitions
Mode Cutting
Mode Volume
Mode Division
Mode Fluorescent
Mode Waveguide
Mode Supercontinuum
Mode Universal
Mode Impedance
Mode Ii
Mode Oscillations
Mode Coupler
Mode Grinding
Mode Magnetorheological
Mode Piezoelectric
Mode Laser
Mode Dependent
Mode Motion
Mode Estimation
Mode Shape
Mode Coupling
Mode Fatigue
Mode Indices
Mode Excitation
Mode Effect
Mode Specific
Mode Guided
Mode Solver
Mode Parameters
Mode Selection
Mode De Multiplexer
Mode Analysis
Mode Transmission
Mode Hybridization
Mode Instabilities
Mode Water
Mode Filtering
Mode Logic
Mode Identification
Mode Multiplexer
Mode Scheduling
Mode Transition
Mode 2
Mode Shaping
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Keywords related to Locking
Harmonic Mode Locking
Fast Locking
Internal Locking
Versus Non Locking
Lateral Locking
Continuous Locking
Anatomic Locking
Versus Locking
Hybrid Locking
Anatomical Locking
Frequency Locking
Data Locking
Door Locking
Humerus Locking
Self Injection Locking
Injection Locking
Conformational Locking
Sideband Locking
Enso Phase Locking
Pre Contoured Locking
Resonance Locking
External Locking
Volumetric Locking
Logic Locking
Titanium Locking
Wavelength Locking
Femur Locking
Humeral Locking
Distal Locking
Offset Locking
Precontoured Locking
Passive Mode Locking
Anterior Locking
Angle Locking
Unilateral Locking
Volar Locking
Optical Phase Locking
Cortical Locking
Spin Momentum Locking
Phase Locking
Laser Mode Locking
Polyaxial Locking
Femoral Locking
Strain Locking
Dorsal Locking
Dynamic Locking
Q Switched Mode Locking
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Mode Locking
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