Monte Carlo study of Casimir energy in non-abelian gauge theories finds transition from polynomial to exponential decay at large L, testing whether lightest glueball mass drives the exponential regime.
QFT over the finite line. Heat kernel coefficients, spectral zeta functions and selfadjoint extensions
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Properties of the quantum vacuum in non-abelian gauge theories
Monte Carlo study of Casimir energy in non-abelian gauge theories finds transition from polynomial to exponential decay at large L, testing whether lightest glueball mass drives the exponential regime.