“…Recently Alves and Miyagaki [3] have treated the case non autonomous, getting results similar to those obtained in, for instance, [13,14], and also the regularity properties of the solutions. Paumond in [30] obtained nonsymmetric solutions for (1.1) with N = 5, extending those results in [13,14].…”
“…Recently Alves and Miyagaki [3] have treated the case non autonomous, getting results similar to those obtained in, for instance, [13,14], and also the regularity properties of the solutions. Paumond in [30] obtained nonsymmetric solutions for (1.1) with N = 5, extending those results in [13,14].…”
“…We do not actually know of any non-trivial solitary waves which verify such assumption, but we believe that they may exist. Indeed, L. Paumond [13] proved their existence in dimension N = 5 for an equation very similar to equation (1), namely …”
Section: Motivation and Main Resultsmentioning
confidence: 99%
“…However, such spaces are not suitable to describe their singularities near the origin. Indeed, their singularities are anisotropic because of the anisotropy of their Fourier transforms given by formulae (12), (13) and (14).…”
Section: Algebraic Decay At Infinity and Singularities Near The Originmentioning
confidence: 99%
“…The proofs of Theorems 3 and 4 rely on the form of the Fourier transforms of H 0 , K 0 and K k . By formulae (12), (13) and (14), they are rational fractions given by…”
Section: Algebraic Decay At Infinity and Singularities Near The Originmentioning
We investigate the asymptotic behaviour of the localised solitary waves for the generalised Kadomtsev-Petviashvili equations. In particular, we compute their first order asymptotics in any dimension N ≥ 2.1 In this article, we will derive from integral identities (which are of independent interest) that there are no non-trivial solitary-wave solutions of equation (1) 2N−3 (see Corollary 2). However, our goal is not to obtain existence results, so we will not consider these existence problems any further.
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