trailTopological order or vortex statistics sharply distinguish the color-flavor-locked phase from superfluid hadronic matter
Color-flavor-locked quark matter and hadronic matter share the same symmetry-breaking pattern, permitting quark-hadron continuity
Topological order can distinguish phases of matter that have identical symmetry realization
Aharonov-Bohm order parameter· for
Aharonov-Bohm phases of test quarks around superfluid vortices distinguish Higgs from confining regimes
Test quarks acquire fractional Aharonov-Bohm phases around superfluid vortices in the Higgs regime
Aharonov-Bohm phases of dressed quark quasiparticles interpolate smoothly between Higgs and confining regimes
The physically meaningful Aharonov-Bohm phase of a test quark in a superfluid is that of the dressed charge
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The phase of a vortex-line operator linking an electric Wilson line distinguishes Higgs from confining regimes
shared · shown elsewhere
Worldsheet refinement· neutral
Symmetry breaking on vortex worldsheets can distinguish Higgs and confining regimes without a bulk phase transition
atomic
Vortex continuity· against
Superfluid vortices can connect continuously between hadronic matter and color-flavor-locked quark matter
atomic
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Topological order or vortex statistics sharply distinguish the color-flavor-locked phase from superfluid hadronic matter
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