Operator extension of strong subadditivity of entropy
Isaac H. Kim

TL;DR
This paper proves an operator inequality that generalizes the strong subadditivity of entropy, providing a broader mathematical framework that reduces to the known entropy inequality upon taking a trace.
Contribution
The authors introduce an operator extension of the strong subadditivity of entropy, advancing the theoretical understanding of entropy inequalities in quantum information theory.
Findings
Established an operator inequality extending strong subadditivity
Showed the operator inequality reduces to classical entropy inequality after tracing
Contributed to the mathematical foundation of quantum entropy inequalities
Abstract
We prove an operator inequality that extends strong subadditivity of entropy: after taking a trace, the operator inequality becomes the strong subadditivity of entropy.
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Taxonomy
TopicsMathematical Inequalities and Applications · Numerical methods in inverse problems · Advanced Banach Space Theory
