Reflectionless Dirac operators and canonical systems
Christian Remling, Jie Zeng

TL;DR
This paper investigates reflectionless canonical systems, especially Dirac operators, revealing how their half-line m-functions can be combined into a single holomorphic function, advancing the theoretical understanding of these operators.
Contribution
It extends previous work by developing a more general framework for reflectionless Dirac operators and their connection to canonical systems.
Findings
Half-line m-functions are holomorphic continuations of each other
Combined into a single holomorphic function for reflectionless systems
Provides a more general and abstract framework for analysis
Abstract
We study canonical systems that are reflectionless on an open set. In this situation, the two half line functions are holomorphic continuations of each other and may thus be combined into a single holomorphic function. This idea was explored in [11], and we continue these investigations here. We focus on Dirac operators and especially their interplay with canonical systems, and we provide a more general and abstract framework.
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Taxonomy
TopicsSpectral Theory in Mathematical Physics · Algebraic and Geometric Analysis · Advanced Operator Algebra Research
