The paper reports that random boson and fermion spectra forced to respect a Lorentz-invariant vacuum produce a vacuum energy distribution whose width grows only logarithmically with the ultraviolet cutoff.
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Logarithmically Divergent Vacuum Energy in Effective Field Theory
The paper reports that random boson and fermion spectra forced to respect a Lorentz-invariant vacuum produce a vacuum energy distribution whose width grows only logarithmically with the ultraviolet cutoff.