A q-analogue of Nahm's formalism for self-dual gauge fields
Masaru Kamata, Atsushi Nakamula

TL;DR
This paper introduces a q-analogue of Nahm's formalism for self-dual gauge fields, incorporating a deformation parameter q and utilizing basic hypergeometric series, which recovers the classical monopole solution as q approaches 1.
Contribution
It develops a novel q-deformation of Nahm's formalism for BPS monopoles using hypergeometric series, extending the classical theory.
Findings
The q-analogue reproduces the BPS monopole as q approaches 1.
The formalism employs basic hypergeometric series.
It provides a new mathematical framework for self-dual gauge fields.
Abstract
We present a q-analogue of Nahm's formalism for the BPS monopole, which gives self-dual gauge fields with a deformation parameter q. The theory of the basic hypergeometric series is used in our formalism. In the limit q -> 1 the gauge fields approach the BPS monopole and Nahm's result is reproduced.
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Taxonomy
TopicsQuantum Mechanics and Non-Hermitian Physics · Mathematical and Theoretical Analysis · Quantum Mechanics and Applications
