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Main Authors: Escobar, Mia Gabriella, Garcia, Valentin, Minenkova, Anastasiia
Format: Preprint
Published: 2025
Subjects:
Online Access:https://arxiv.org/abs/2507.18767
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author Escobar, Mia Gabriella
Garcia, Valentin
Minenkova, Anastasiia
author_facet Escobar, Mia Gabriella
Garcia, Valentin
Minenkova, Anastasiia
contents The existence of infinite families of $N \times N$ Jacobi matrices representing the Hamiltonians of quantum spin chains with and without early state exclusion (ESE) has been shown to exist for any even $N \geq 4$. However, their existence for odd $N \geq 7$ has remained an open problem. In Section 3, we consider a chain of qubits experiencing nearest-neighbor interactions with environmental effects and present infinite families of $7 \times 7$ Jacobi matrices with and without ESE.
format Preprint
id arxiv_https___arxiv_org_abs_2507_18767
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Early State Exclusion in 7-Qubit Spin Chains
Escobar, Mia Gabriella
Garcia, Valentin
Minenkova, Anastasiia
Quantum Physics
Numerical Analysis
15A29, 81P45, 47B36, 33C45
The existence of infinite families of $N \times N$ Jacobi matrices representing the Hamiltonians of quantum spin chains with and without early state exclusion (ESE) has been shown to exist for any even $N \geq 4$. However, their existence for odd $N \geq 7$ has remained an open problem. In Section 3, we consider a chain of qubits experiencing nearest-neighbor interactions with environmental effects and present infinite families of $7 \times 7$ Jacobi matrices with and without ESE.
title Early State Exclusion in 7-Qubit Spin Chains
topic Quantum Physics
Numerical Analysis
15A29, 81P45, 47B36, 33C45
url https://arxiv.org/abs/2507.18767