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publications (13)
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- theory, as tag from all users
- related tags
- concepts
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- imported
- semiconductor
- quantum
- optical
- nonlinear
- laser
- dots;
- III-V
- semiconductors;
- chaos;
- lasers,
- compounds;
- gallium
- systems;
- dynamical
- indium
- lasers;
- synchronisation;
- structure;
- epitaxial
- synchronisation
- arsenide;
- island
- growth;
- feedback
- surface
- oscillators;
- amplifiers,
- distributed
- feedback;
- phase
- lasers
- theory;
- wave
- pulse
- bifurcation;
- systems
- theory,
- device
- microscopy;
- light
- stability,
- spatiotemporal
- dynamics,
- layers;
- carrier
- phenomena;
- beam
- high-speed
- neural
- No matching items.
- S. Hughes, P. Borri, A. Knorr, F. Romstad, and J. M. Hvam. IEEE J.~Quantum~Electron. 7(4):694--702 (2001)S. Hughes, P. Borri, A. Knorr, F. Romstad, and J. M. Hvam. IEEE J.~Quantum~Electron. 7(4):694--702 (2001)4 years and 3 months ago1
- amplifier,
- amplifiers,
- break-up,
- compression,
- effects
- effects,
- femtosecond-pulse
- following,
- gain
- high-speed
- interactions,
- laser
- light
- light-matter
- microscopic
- modeling,
- nonlinear
- optical
- optics,
- phenomena,
- propagation
- propagation,
- pulse
- pulse-propagation
- regime,
- semiconductor
- techniques,
- theory,
- transparency
- transparencyadiabatic
- ultrafast
- ultrashort
amplifier, amplifiers, break-up, compression, effects effects, femtosecond-pulse following, gain high-speed interactions, laser light light-matter microscopic modeling, nonlinear optical optics, phenomena, propagation propagation, pulse pulse-propagation regime, semiconductor techniques, theory, transparency transparencyadiabatic ultrafast ultrashort - S. Wieczorek, W. W. Chow, L. Chrostowski, and C. J. Chang-Hasnain. IEEE J. Quantum Electron. 42(6):552--562 (June 2006)S. Wieczorek, W. W. Chow, L. Chrostowski, and C. J. Chang-Hasnain. IEEE J. Quantum Electron. 42(6):552--562 (June 2006)4 years and 3 months ago1
- bandwidth
- cavity
- dynamics,
- effects,
- emitting
- enhancement,
- field,
- induced
- injected-laser
- injection
- intracavity
- laser
- lasers
- lasers,
- locking,
- modulation,
- optical
- oscillations,
- population
- pulsation
- pulsation,
- rate-equations,
- relaxation
- resonances,
- resonators,
- semiconductor
- semiconductor-laser
- surface
- surface-emitting
- theory,
- undamping,
- vertical-cavity
bandwidth cavity dynamics, effects, emitting enhancement, field, induced injected-laser injection intracavity laser lasers lasers, locking, modulation, optical oscillations, population pulsation pulsation, rate-equations, relaxation resonances, resonators, semiconductor semiconductor-laser surface surface-emitting theory, undamping, vertical-cavity - D. Ahn. IEEE J. Sel. Top. Quantum Electron. 1(2):301--307 (June 1995)D. Ahn. IEEE J. Sel. Top. Quantum Electron. 1(2):301--307 (June 1995)4 years and 3 months ago1
- Coulomb
- HF
- Hamiltonian,
- Hartree-Fock
- amplitude,
- approximation
- attractive
- body
- calculations,
- conservation,
- convolutionless
- correlation
- driving
- effective
- effects,
- electron-hole
- energy
- equation
- equations,
- excitonic
- excitons,
- external
- field,
- gain,
- interaction,
- interband
- interference
- kinetic
- laser
- lasers,
- line
- many
- memory
- motion,
- nonMarkovian
- of
- optical
- pair
- pairs,
- plasma
- plasmaGaussian
- quantum
- renormalized
- reservoir,
- screening,
- semiconductor
- shape,
- stochastic
- theory,
- time
- time,
- time-dependent
Coulomb HF Hamiltonian, Hartree-Fock amplitude, approximation attractive body calculations, conservation, convolutionless correlation driving effective effects, electron-hole energy equation equations, excitonic excitons, external field, gain, interaction, interband interference kinetic laser lasers, line many memory motion, nonMarkovian of optical pair pairs, plasma plasmaGaussian quantum renormalized reservoir, screening, semiconductor shape, stochastic theory, time time, time-dependent - B. Sartorius, M. Möhrle, S. Reichenbacher, H. Preier, H. J. Wünsche, and U. Bandelow. IEEE J. Quantum Electron. 33(2):211--218 (February 1997)B. Sartorius, M. Möhrle, S. Reichenbacher, H. Preier, H. J. Wünsche, and U. Bandelow. IEEE J. Quantum Electron. 33(2):211--218 (February 1997)4 years and 3 months ago1
- DFB
- Q-switching,
- additional
- clocks,
- conditions,
- critical
- current
- current-induced
- density,
- detuning,
- device
- dispersive
- distributed
- electrical
- electronic
- feedback
- frequency
- heating,
- high-frequency
- laser
- lasers
- lasers,
- lasersBragg
- measurement,
- mechanism,
- models,
- modes,
- operating
- optical
- phase
- phase-control
- section,
- sections,
- self-Q-switching
- self-Q-switching,
- self-pulsating
- self-pulsations,
- semiconductor
- single-mode
- stability,
- testing,
- theory,
- transparency
- tuning
- tuning,
- two-section
- type,
- variables
- wavelength
- wavelengths,
DFB Q-switching, additional clocks, conditions, critical current current-induced density, detuning, device dispersive distributed electrical electronic feedback frequency heating, high-frequency laser lasers lasers, lasersBragg measurement, mechanism, models, modes, operating optical phase phase-control section, sections, self-Q-switching self-Q-switching, self-pulsating self-pulsations, semiconductor single-mode stability, testing, theory, transparency tuning tuning, two-section type, variables wavelength wavelengths, - O. Brox, S. Bauer, M. Radziunas, M. Wolfrum, J. Sieber, J. Kreissl, B. Sartorius, and H. J. Wünsche. IEEE J.~Quantum~Electron. 39(11):1381--1387 (2003)O. Brox, S. Bauer, M. Radziunas, M. Wolfrum, J. Sieber, J. Kreissl, B. Sartorius, and H. J. Wünsche. IEEE J.~Quantum~Electron. 39(11):1381--1387 (2003)4 years and 3 months ago1
- 12
- 45
- DFB
- GHz,
- additional
- amplified
- amplifier
- amplifiers
- carrier
- cavity
- cavity,
- continuous
- control,
- design,
- device
- distributed
- dynamic,
- effect,
- feedback
- feedback,
- high-frequency
- integrated
- laser
- lasers,
- numerical
- optical
- resonators,
- section,
- self-pulsations,
- self-stabilizing
- semiconductor
- short
- simulations,
- strength
- theory,
- to
- tuning,
12 45 DFB GHz, additional amplified amplifier amplifiers carrier cavity cavity, continuous control, design, device distributed dynamic, effect, feedback feedback, high-frequency integrated laser lasers, numerical optical resonators, section, self-pulsations, self-stabilizing semiconductor short simulations, strength theory, to tuning, - H. Wenzel, and H. J. Wünsche. IEEE J. Quantum Electron. 30(9):2073--2080 (September 1994)H. Wenzel, and H. J. Wünsche. IEEE J. Quantum Electron. 30(9):2073--2080 (September 1994)4 years and 3 months ago1
- U. Bandelow, M. Radziunas, J. Sieber, and M. Wolfrum. IEEE J.~Quantum~Electron. 37(2):183--188 (February 2001)U. Bandelow, M. Radziunas, J. Sieber, and M. Wolfrum. IEEE J.~Quantum~Electron. 37(2):183--188 (February 2001)4 years and 3 months ago1
- DFB
- behavior,
- changes,
- competition,
- device
- dispersion,
- distributed
- dynamical
- dynamics,
- effects,
- fast
- feedback
- gain
- hysteresis
- hysteresis,
- laser
- lasers,
- laserscomplicated
- light
- material
- mode
- model
- models,
- modes,
- multi-section
- multi-stability,
- multisection
- optical
- polarisation,
- polarization,
- polarization-induced
- properties,
- self-pulsations,
- semiconductor
- spatio-temporal
- spectral
- stability,
- theory,
- traveling
- wave
- waveguide,
DFB behavior, changes, competition, device dispersion, distributed dynamical dynamics, effects, fast feedback gain hysteresis hysteresis, laser lasers, laserscomplicated light material mode model models, modes, multi-section multi-stability, multisection optical polarisation, polarization, polarization-induced properties, self-pulsations, semiconductor spatio-temporal spectral stability, theory, traveling wave waveguide, - R. Schatz. IEEE J.~Quantum~Electron. 31(11):1981--1993 (November 1995)R. Schatz. IEEE J.~Quantum~Electron. 31(11):1981--1993 (November 1995)4 years and 3 months ago1
- SHB-effects,
- burning
- burning,
- carrier
- cavity
- cut-off
- device
- distributed
- distribution,
- dynamics,
- effects,
- equations,
- feedback
- feedback,
- fluctuations,
- frequency
- frequency,
- hole
- intensity
- laser
- lasers,
- lasersDFB
- lifetime,
- longitudinal
- lumped
- model,
- models,
- modulation
- modulation,
- optical
- perturbation
- rate
- recombination
- response,
- semiconductor
- small-signal
- spatial
- stability,
- state
- stimulated
- theory,
SHB-effects, burning burning, carrier cavity cut-off device distributed distribution, dynamics, effects, equations, feedback feedback, fluctuations, frequency frequency, hole intensity laser lasers, lasersDFB lifetime, longitudinal lumped model, models, modulation modulation, optical perturbation rate recombination response, semiconductor small-signal spatial stability, state stimulated theory, - J. Kinoshita. IEEE J.~Quantum~Electron. 30(4):929--938 (April 1994)J. Kinoshita. IEEE J.~Quantum~Electron. 30(4):929--938 (April 1994)4 years and 3 months ago1
- DFB
- analysis,
- approximated
- approximation
- burning,
- coupled-wave
- device
- distortion,
- distributed
- dynamic
- effect,
- equations,
- feedback
- feedback,
- gain,
- harmonic
- high-speed
- hole
- holeburning
- independent
- large-signal
- laser
- lasers,
- lasersAM
- method,
- modal
- mode
- mode-stability
- modeling,
- models,
- modes,
- operation
- optical
- rate
- response,
- responses,
- semiconductor
- single-longitudinal
- spatial
- spatially
- stability
- stable
- theory,
- threshold
DFB analysis, approximated approximation burning, coupled-wave device distortion, distributed dynamic effect, equations, feedback feedback, gain, harmonic high-speed hole holeburning independent large-signal laser lasers, lasersAM method, modal mode mode-stability modeling, models, modes, operation optical rate response, responses, semiconductor single-longitudinal spatial spatially stability stable theory, threshold - M. Y. Hong, Y. H. Chang, A. Dienes, J. P. Heritage, and P. J. Delfyett. IEEE J.~Quantum~Electron. 30(4):1122--1131 (1994)M. Y. Hong, Y. H. Chang, A. Dienes, J. P. Heritage, and P. J. Delfyett. IEEE J.~Quantum~Electron. 30(4):1122--1131 (1994)4 years and 3 months ago1
- absorption
- amplification,
- amplifiers,
- amplitude,
- carrier
- device
- dispersion,
- distortions,
- domain
- evolution,
- experimental
- frequency
- gain
- gain,
- heating
- high-speed
- index,
- input
- instantaneous
- laser
- lasers,
- length,
- measurements,
- model,
- modulations,
- nonlinear
- optical
- parameters,
- phenomenological
- processesAgrawal's
- pulse
- reduction,
- saturation,
- self-phase
- semiconductor
- shape,
- spectral
- subpicosecond
- techniques,
- theory,
- time
- time-resolved
- two-photon
absorption amplification, amplifiers, amplitude, carrier device dispersion, distortions, domain evolution, experimental frequency gain gain, heating high-speed index, input instantaneous laser lasers, length, measurements, model, modulations, nonlinear optical parameters, phenomenological processesAgrawal's pulse reduction, saturation, self-phase semiconductor shape, spectral subpicosecond techniques, theory, time time-resolved two-photon - C. Z. Ning, R. A. Indik, and J. V. Moloney. IEEE J.~Quantum Electron. 33(9):1543--1550 (1997)C. Z. Ning, R. A. Indik, and J. V. Moloney. IEEE J.~Quantum Electron. 33(9):1543--1550 (1997)4 years and 3 months ago1
- Bloch
- amplifiers,
- bandwidth,
- bulk
- carrier
- carrier-density
- complex
- density,
- dependence,
- dependences,
- depletion,
- device
- dominant
- dynamics,
- effective
- equations,
- frequency
- heating,
- high-power
- index,
- large
- laser
- lasers
- lasers,
- laserscarrier
- mechanism,
- media,
- microscopic
- mode
- models,
- multilongitudinal
- nonlinear
- optical
- plasma
- propagation,
- pulse
- quantum
- quantum-well
- rate
- refractive
- saturation
- saturation,
- semiconductor
- spatiotemporal
- theory,
- transverse
- well
- wide-aperture
Bloch amplifiers, bandwidth, bulk carrier carrier-density complex density, dependence, dependences, depletion, device dominant dynamics, effective equations, frequency heating, high-power index, large laser lasers lasers, laserscarrier mechanism, media, microscopic mode models, multilongitudinal nonlinear optical plasma propagation, pulse quantum quantum-well rate refractive saturation saturation, semiconductor spatiotemporal theory, transverse well wide-aperture