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Chiral SU(3) Perturbation Theory (SU3XPT) identifies hadrons as the buildingblocks of strongly interacting matter at low densities and temperatures. Weshow that it admits two co-existing chiral nucleon liquid phases at zeroexternal pressure with well-defined surfaces: 1) ordinary microscopic chiralheavy nuclear liquid drops (XNL) and 2) a new Strange Chiral Nucleon Liquid(SXNL) phase with both microscopic and macroscopic drop sizes. Liquid drops ofboth XNL and SXNL are simultaneously solutions to the SU3XPT semi-classicalequations of motion and obey all relevant CVC and PCAC equations. Axial-vectorcurrents are conserved inside macroscopic drops of SXNL, a new form of baryonicmatter with zero electric charge density, which is by nature "dark". Thenumerical values of all SU3XPT coefficients are used to fit current scatteringexperiments and ordinary XNL drops (identified with the ground state ofordinary even-even spin-zero spherical closed-shell nuclei). SXNL then alsoemerges (i.e. without new adjustable parameters). For certain SU3XPTcoefficients, finite microscopic and macroscopic drops of SXNL may be theground state of a collection of nucleons: ordinary heavy nuclei may bemeta-stable, while oceans of SXNL may force qualitative and experimentallyobservable changes to the neutron star equation of state.

Liquid Phases in SU(3) Chiral Perturbation Theory: Drops of Strange Chiral Nucleon Liquid & Ordinary Chiral Heavy Nuclear Liquid