Results 151 to 160 of about 2,889,111 (209)
Multicolor interband solitons in microcombs. [PDF]
Ji QX +12 more
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Dynamic soliton solutions and stability analysis of the (2+1)-dimensional Wazwaz Kaur Boussinesq equation using an efficient method. [PDF]
Elsonbaty NM +3 more
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Identification and Enhancement of Kink Soliton Motions in a van der Waals Layer. [PDF]
Li B, Park JW, Yeom HW.
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Stability analysis and exploration of multiform soliton solutions for extended fractional NLS model using modified extended direct algebraic method. [PDF]
Soliman M +3 more
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Riccati-based analytical framework for solving the potential Korteweg-de Vries equation. [PDF]
Jawarneh Y +3 more
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Soliton solutions for the nonlinear Zoomeron equation applying the modified Khater method. [PDF]
Saleem A +5 more
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Optics Letters, 1994
We present what is to our knowledge the first general theory for describing interacting well-separated gray spatial solitons, propagating in an arbitrary self-defocusing nonlinearity. It reveals why two dark solitons will in general repel, becoming less dark as they propagate.
L, Lerner, D J, Mitchell, A W, Snyder
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We present what is to our knowledge the first general theory for describing interacting well-separated gray spatial solitons, propagating in an arbitrary self-defocusing nonlinearity. It reveals why two dark solitons will in general repel, becoming less dark as they propagate.
L, Lerner, D J, Mitchell, A W, Snyder
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Physical Review B, 1985
Multiple-soliton solutions representative of the motion and interaction of walls in ferroelectric crystals of the same type as ${\mathrm{NaNO}}_{2}$ are studied, both analytically and numerically, on the basis of a set of coupled nonlinear electroacoustic equations deduced in paper I [Phys. Rev.
, Pouget, , Maugin
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Multiple-soliton solutions representative of the motion and interaction of walls in ferroelectric crystals of the same type as ${\mathrm{NaNO}}_{2}$ are studied, both analytically and numerically, on the basis of a set of coupled nonlinear electroacoustic equations deduced in paper I [Phys. Rev.
, Pouget, , Maugin
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Interactions of vector solitons
Physical Review E, 2001In this paper, we study the interaction of two widely separated vector solitons in the nonintegrable coupled nonlinear Schrödinger (NLS) equations. Using a modification of Karpman-Solov'ev perturbation method, we derive dynamical equations for the evolution of both solitons' internal parameters. We show that these dynamical equations allow fixed points
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Hamiltonian approach to the soliton-soliton interaction and for a classical solitonic gas
Physics Letters A, 2022zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Luzmila A. Quispe-Flores +1 more
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