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publications (12)
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- spatiotemporal as tag from all users
- related tags
- concepts
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- imported
- semiconductor
- quantum
- optical
- nonlinear
- laser
- dots;
- semiconductors;
- III-V
- chaos;
- lasers,
- compounds;
- gallium
- dynamical
- systems;
- indium
- lasers;
- synchronisation;
- structure;
- epitaxial
- synchronisation
- arsenide;
- island
- growth;
- feedback
- surface
- oscillators;
- amplifiers,
- distributed
- feedback;
- phase
- lasers
- theory;
- wave
- bifurcation;
- systems
- theory,
- device
- microscopy;
- pulse
- light
- stability,
- dynamics,
- layers;
- spatiotemporal
- carrier
- phenomena;
- beam
- high-speed
- neural
- No matching items.
- Ernesto M. Nicola, Markus Bär, and H. Engel. Phys.~Rev.~E 73(6):066225 (2006)Ernesto M. Nicola, Markus Bär, and H. Engel. Phys.~Rev.~E 73(6):066225 (2006)4 years and 3 months ago1
- Anthony L. Franz, R. Roy, L. B. Shaw, and I. B. Schwartz. Phys.~Rev.~Lett. 99(5):053905 (2007)Anthony L. Franz, R. Roy, L. B. Shaw, and I. B. Schwartz. Phys.~Rev.~Lett. 99(5):053905 (2007)4 years and 3 months ago2
- H. J. Wünsche, M. Radziunas, S. Bauer, O. Brox, and B. Sartorius. IEEE J. Sel. Top. Quantum Electron. 9(3):857--864 (2003)H. J. Wünsche, M. Radziunas, S. Bauer, O. Brox, and B. Sartorius. IEEE J. Sel. Top. Quantum Electron. 9(3):857--864 (2003)4 years and 3 months ago1
- 3R-regeneration,
- LDSL
- Langevin
- PhaseCOMB
- all-optical
- beating
- bifurcation,
- bit
- burning,
- clock
- control,
- dispersion,
- distributed
- dynamics,
- emission
- emission,
- feedback
- feedback,
- fluctuations,
- forces,
- gain
- hole
- intensity
- jitter,
- laser
- lasers,
- longitudinal
- mode
- models,
- modes,
- noise,
- optical
- parameter
- phase-controlled
- phenomena,
- rates
- recovery,
- repeaters,
- self-pulsating
- semiconductor
- simulation,
- spatial
- spatio-temporal
- spatiotemporal
- spontaneous
- stability,
- synchronisation
- ultrahigh
3R-regeneration, LDSL Langevin PhaseCOMB all-optical beating bifurcation, bit burning, clock control, dispersion, distributed dynamics, emission emission, feedback feedback, fluctuations, forces, gain hole intensity jitter, laser lasers, longitudinal mode models, modes, noise, optical parameter phase-controlled phenomena, rates recovery, repeaters, self-pulsating semiconductor simulation, spatial spatio-temporal spatiotemporal spontaneous stability, synchronisation ultrahigh - Stephan Bialonski, and K. Lehnertz. Phys.~Rev.~E 74(5):051909 (2006)Stephan Bialonski, and K. Lehnertz. Phys.~Rev.~E 74(5):051909 (2006)4 years and 3 months ago1
- Renate Wackerbauer. Phys.~Rev.~E 76(5):056207 (2007)Renate Wackerbauer. Phys.~Rev.~E 76(5):056207 (2007)4 years and 3 months ago1
- K. Boehringer, and O. Hess. Numerical Simulation of Optoelectronic Devices, 2005. NUSOD '05. Proceedings of the 5th International Conference on (2005)K. Boehringer, and O. Hess. Numerical Simulation of Optoelectronic Devices, 2005. NUSOD '05. Proceedings of the 5th International Conference on (2005)4 years and 3 months ago1
- Bloch
- Maxwell
- absorber
- active
- amplification,
- amplifier,
- amplifiers,
- analysis,
- approach
- approximation,
- band-resolved
- curl
- device,
- difference
- disk
- dynamics,
- elements,
- equation,
- femtosecond
- finite
- finite-difference
- full
- gain,
- high-speed
- index
- laser,
- macroscopic
- model,
- monolithic
- nonlinear
- optical
- optically
- optics,
- phenomena
- propagation,
- pulse
- pumped
- refractive
- reshaping,
- rotating
- semiconductor
- spatio-temporal
- spatiotemporal
- structure,
- sub-wavelength
- techniques,
- time-domain
- wave
Bloch Maxwell absorber active amplification, amplifier, amplifiers, analysis, approach approximation, band-resolved curl device, difference disk dynamics, elements, equation, femtosecond finite finite-difference full gain, high-speed index laser, macroscopic model, monolithic nonlinear optical optically optics, phenomena propagation, pulse pumped refractive reshaping, rotating semiconductor spatio-temporal spatiotemporal structure, sub-wavelength techniques, time-domain wave - Alexander Ahlborn, and Ulrich Parlitz. Phys. Rev. E 77(1):016201 (2008)Alexander Ahlborn, and Ulrich Parlitz. Phys. Rev. E 77(1):016201 (2008)4 years and 3 months ago1
- 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 - Erik Glatt, Martin Gassel, and Friedemann Kaiser. Phys.~Rev.~E 75(2):026206 (2007)Erik Glatt, Martin Gassel, and Friedemann Kaiser. Phys.~Rev.~E 75(2):026206 (2007)4 years and 3 months ago1
- Erik Glatt, Martin Gassel, and Friedemann Kaiser. Phys.~Rev.~E 73(6):066230 (2006)Erik Glatt, Martin Gassel, and Friedemann Kaiser. Phys.~Rev.~E 73(6):066230 (2006)4 years and 3 months ago1
- I. B. Schwartz, and L. B. Shaw. Phys. Rev. E 75(4):046207 (2007)I. B. Schwartz, and L. B. Shaw. Phys. Rev. E 75(4):046207 (2007)4 years and 3 months ago1
- Elizabeth A. Rogers-Dakin, J. Garc\'ia-Ojalvo, David J. DeShazer, and Rajarshi Roy. Phys.~Rev.~E (2006)Elizabeth A. Rogers-Dakin, J. Garc\'ia-Ojalvo, David J. DeShazer, and Rajarshi Roy. Phys.~Rev.~E (2006)4 years and 3 months ago1