Nonperturbative SUSY Correlators at Finite Temperature

Nonperturbative SUSY Correlators at Finite Temperature

Phys.Rev. D58 (1998) 125022 We calculate finite temperature effects on a correlation function in the two dimensional supersymmetric nonlinear O(3) sigma model. The correlation function violates chiral symmetry and at zero temperature it has been shown to be a constant, which gives rise to a double-v...

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Hauptverfasser: Grundberg, J, Wirstam, J
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description Phys.Rev. D58 (1998) 125022 We calculate finite temperature effects on a correlation function in the two dimensional supersymmetric nonlinear O(3) sigma model. The correlation function violates chiral symmetry and at zero temperature it has been shown to be a constant, which gives rise to a double-valued condensate. Within the bilinear approximation we find an exact result in a one-instanton background at finite temperature. In contrast to the result at zero temperature we find that the correlation function decays exponentially at large distances.
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D58 (1998) 125022 We calculate finite temperature effects on a correlation function in the two dimensional supersymmetric nonlinear O(3) sigma model. The correlation function violates chiral symmetry and at zero temperature it has been shown to be a constant, which gives rise to a double-valued condensate. Within the bilinear approximation we find an exact result in a one-instanton background at finite temperature. In contrast to the result at zero temperature we find that the correlation function decays exponentially at large distances.</abstract><doi>10.48550/arxiv.hep-th/9803130</doi><oa>free_for_read</oa></addata></record>
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title Nonperturbative SUSY Correlators at Finite Temperature
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