Juan Mateos Guilarte

Effect of scalings and translations on the supersymmetric quantum mechanical structure of soliton systems

We investigate a peculiar supersymmetry of the pairs of reflectionless quantum mechanical systems described by

Stationary phase approximation and quantum soliton families

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A note on morse theory and one-dimensional solitons

-soliton potentials of a general form that depends on

On the solitons of the Chern-Simons-Higgs model

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A note on dual superconductivity and confinement

scaling and

Perfectly invisible \( \mathcal{P}\mathcal{T} \) -symmetric zero-gap systems, conformal field theoretical kinks, and exotic nonlinear supersymmetry

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Self-dual solitons in N=2 supersymmetric Chern-Simons gauge theory

translation parameters. We show that if all the discrete energy levels of the subsystems are different, the superalgebra, being insensitive to translation parameters, is generated by two supercharges of differential order

Elliptic theta functions and the fractional quantum Hall effect

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Semilocal Chern–Simons defects

, two supercharges of order

FOUR-LOOP VACUUM AMPLITUDES FOR THE BOSONIC STRING

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