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Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene

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Published in:Modern Electronic Materials
Format: Online Article RSS Article
Published: 2025
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container_title Modern Electronic Materials
description
discipline_display Technology & Engineering
discipline_facet Technology & Engineering
format Online Article
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genre Journal Article
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institution FRELIP
journal_source_facet Modern Electronic Materials
publishDate 2025
publishDateSort 2025
record_format rss_article
spellingShingle Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
Manufacturing and Technology
Technology & Engineering — Computing
Technology & Engineering
sub_discipline_display Technology & Engineering — Computing
sub_discipline_facet Technology & Engineering — Computing
subject_display Manufacturing and Technology
Technology & Engineering — Computing
Technology & Engineering
Manufacturing and Technology
Technology & Engineering — Computing
Technology & Engineering
subject_facet Manufacturing and Technology
Technology & Engineering — Computing
Technology & Engineering
title Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_auth Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_full Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_fullStr Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_full_unstemmed Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_short Quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
title_sort quantum-mechanical prediction of the behavior of quantum trigger on a two-qubit cell of boron in silicene
topic Manufacturing and Technology
Technology & Engineering — Computing
Technology & Engineering
url https://moem.pensoft.net/article/135892/