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Using Bethe Ansatz in the Lieb-Liniger Model for Cryptographic Applications |
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PP: 989-996 |
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doi:10.18576/amis/190502
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Author(s) |
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Mukhayo Yunusovna Rasulova,
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Abstract |
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| This paper explores the use of the Bethe ansatz method of the Lieb-Liniger model with collision coefficients to create cryptographic protocols. The Bethe ansatz method, traditionally used to describe quantum systems with strong correlations, is used to construct wave functions in systems consisting of particles with interactions. An important element is the role of collision coefficients, which affect the structure of wave functions and the spectrum of the system. The paper analyzes how these coefficients can be used to develop new methods in the field of quantum cryptography, proposing approaches for creating secure cryptographic systems. The proposed approach opens up new opportunities for the use of quantum computations and interactions in the development of secure protocols, which has significant potential for strengthening cryptographic resistance in modern information technologies.
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