The semiring of dichotomies and asymptotic relative submajorization

04/22/2020
by   Christopher Perry, et al.
0

We study quantum dichotomies and the resource theory of asymmetric distinguishability using a generalization of Strassen's theorem on preordered semirings. We find that an asymptotic variant of relative submajorization, defined on unnormalized dichotomies, is characterized by real-valued monotones that are multiplicative under the tensor product and additive under the direct sum. These strong constraints allow us to classify and explicitly describe all such monotones, leading to a rate formula expressed as an optimization involving sandwiched Rényi divergences. As an application we give a new derivation of the strong converse error exponent in quantum hypothesis testing.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
07/22/2020

Asymptotic relative submajorization of multiple-state boxes

Pairs of states, or "boxes" are the basic objects in the resource theory...
research
05/28/2019

Resource theory of asymmetric distinguishability

This paper systematically develops the resource theory of asymmetric dis...
research
09/21/2022

Postselected quantum hypothesis testing

We study a variant of quantum hypothesis testing wherein an additional '...
research
05/02/2019

Strong converse bounds in quantum network information theory: distributed hypothesis testing and source coding

We consider a distributed quantum hypothesis testing problem with commun...
research
06/04/2020

Strong Converse for Hypothesis Testing Against Independence Over A Noisy Channel

We revisit the hypothesis testing problem against independence over a no...
research
10/05/2020

Ke Li's lemma for quantum hypothesis testing in general von Neumann algebras

A lemma stated by Ke Li in <cit.> has been used in e.g.<cit.> for variou...
research
08/30/2021

Equivariant relative submajorization

We study a generalization of relative submajorization that compares pair...

Please sign up or login with your details

Forgot password? Click here to reset