Functional renormalization group calculation shows fluctuation-induced first-order superfluid transition in unitary SU(N) Fermi gases for N >= 4, with predictions for critical temperature and discontinuities in gap and entropy.
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Recalculation of individual six-loop graph contributions to the beta function in 3d phi^6 theory with arbitrary potential, plus large-N eight-loop terms and O(epsilon^3) critical exponents at the O(N) fixed point.
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Fluctuation-induced first-order superfluid transition in unitary $\mathrm{SU}(N)$ Fermi gases
Functional renormalization group calculation shows fluctuation-induced first-order superfluid transition in unitary SU(N) Fermi gases for N >= 4, with predictions for critical temperature and discontinuities in gap and entropy.
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$\phi^6$ at $6$ (and some $8$) loops in $3d$
Recalculation of individual six-loop graph contributions to the beta function in 3d phi^6 theory with arbitrary potential, plus large-N eight-loop terms and O(epsilon^3) critical exponents at the O(N) fixed point.