Biunitary constructions in quantum information

We present an infinite number of constructions involving unitary error bases, Hadamard matrices, quantum Latin squares and controlled families, many of which have not previously been described. Our results rely on biunitary connections, algebraic objects which play a central role in the theory of pl...

Mô tả đầy đủ

Chi tiết về thư mục
Những tác giả chính: Reutter, D, Vicary, J
Định dạng: Conference item
Được phát hành: Open Publishing Association 2017
_version_ 1826260706978168832
author Reutter, D
Vicary, J
author_facet Reutter, D
Vicary, J
author_sort Reutter, D
collection OXFORD
description We present an infinite number of constructions involving unitary error bases, Hadamard matrices, quantum Latin squares and controlled families, many of which have not previously been described. Our results rely on biunitary connections, algebraic objects which play a central role in the theory of planar algebras. They have an attractive graphical calculus which allows simple correctness proofs for the constructions we present. We apply these techniques to construct a unitary error basis that cannot be built using any previously known method.
first_indexed 2024-03-06T19:09:57Z
format Conference item
id oxford-uuid:166ce4fb-3abf-4f82-982f-269b35abfbf1
institution University of Oxford
last_indexed 2024-03-06T19:09:57Z
publishDate 2017
publisher Open Publishing Association
record_format dspace
spelling oxford-uuid:166ce4fb-3abf-4f82-982f-269b35abfbf12022-03-26T10:31:16ZBiunitary constructions in quantum informationConference itemhttp://purl.org/coar/resource_type/c_5794uuid:166ce4fb-3abf-4f82-982f-269b35abfbf1Symplectic Elements at OxfordOpen Publishing Association2017Reutter, DVicary, JWe present an infinite number of constructions involving unitary error bases, Hadamard matrices, quantum Latin squares and controlled families, many of which have not previously been described. Our results rely on biunitary connections, algebraic objects which play a central role in the theory of planar algebras. They have an attractive graphical calculus which allows simple correctness proofs for the constructions we present. We apply these techniques to construct a unitary error basis that cannot be built using any previously known method.
spellingShingle Reutter, D
Vicary, J
Biunitary constructions in quantum information
title Biunitary constructions in quantum information
title_full Biunitary constructions in quantum information
title_fullStr Biunitary constructions in quantum information
title_full_unstemmed Biunitary constructions in quantum information
title_short Biunitary constructions in quantum information
title_sort biunitary constructions in quantum information
work_keys_str_mv AT reutterd biunitaryconstructionsinquantuminformation
AT vicaryj biunitaryconstructionsinquantuminformation