RG analysis of crystalline membrane fluctuations identifies P2 as the fixed point for melting and yields a ghost-free description of fluid membrane correlations via the melting process.
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Charged pion condensation is absent in a magnetic field with parallel rotation because the quasi-one-dimensional geometry prevents off-diagonal long-range order at any nonzero temperature.
Derives emergent QFTs including Proca fields from spinor BEC excitations on bi- or tri-metric curved spacetimes, enabling potential simulation of cosmological Proca particle production.
Hybrid star models built from the EQMD effective theory match observed masses and radii when vector mesons stiffen the intermediate-density EoS, implying quark cores above 2 solar masses at densities of at least 3.9 times nuclear saturation.
citing papers explorer
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Getting rid of the ghosts: a toy-model of membrane melting
RG analysis of crystalline membrane fluctuations identifies P2 as the fixed point for melting and yields a ghost-free description of fluid membrane correlations via the melting process.
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Absence of charged pion condensation in a magnetic field with parallel rotation
Charged pion condensation is absent in a magnetic field with parallel rotation because the quasi-one-dimensional geometry prevents off-diagonal long-range order at any nonzero temperature.
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Emergent quantum field theories on curved spacetimes in spinor Bose-Einstein condensates: from scalar to Proca fields
Derives emergent QFTs including Proca fields from spinor BEC excitations on bi- or tri-metric curved spacetimes, enabling potential simulation of cosmological Proca particle production.
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Massive hybrid stars within the extended three-flavor quark-meson diquark model
Hybrid star models built from the EQMD effective theory match observed masses and radii when vector mesons stiffen the intermediate-density EoS, implying quark cores above 2 solar masses at densities of at least 3.9 times nuclear saturation.