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Critical Exponents of O(N) Scalar Model at Temperatures below the Critical Value Using Auxiliary Mass Method

K. Ogure, 丈 佐藤, J Sato, Joe Sato

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Abstract

We investigate a phase transition of the O(N) invariant scalar model using the auxiliary mass method. We determine the critical exponent $\\beta$ by calculating an effective potential below the critical temperature. This work follows that of a previous paper.

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We investigate a phase transition of the O(N) invariant scalar model using the auxiliary mass method. We determine the critical exponent $\\beta$ by calculating an effective potential below the critical temperature. This work follows that of a previous paper.

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Available abstract

We investigate a phase transition of the O(N) invariant scalar model using the auxiliary mass method. We determine the critical exponent $\\beta$ by calculating an effective potential below the critical temperature. This work follows that of a previous paper.

Key concepts: Critical exponent, Physics, Critical phenomena, Critical mass (sociodynamics), Phase transition, Scalar (mathematics), Exponent, Mathematical physics

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