Local well-posedness and blow-up in the energy space for the 2D NLS with point interaction
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blow-upenergyestablishinteractionlocalpointspacewell-posedness
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We consider the two-dimensional nonlinear Schr\"odinger equation with point interaction and we establish a local well-posedness theory, including blow-up alternative and continuous dependence on the initial data in the energy space. We provide a proof by employing a Kato's method along with Hardy inequalities with logarithmic correction. Moreover, we establish finite time blow-up for solutions with positive energy and infinite variance.
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Fractional Sobolev Spaces for the Singular-perturbed Laplace Operator in the $L^p$ setting
Perturbed Sobolev spaces H^{s,p}_α admit an analogue description in terms of standard Sobolev spaces, extending Strichartz estimates and yielding local well-posedness for the singularly perturbed NLS in 2D and 3D.
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