TDHCF=MVC Density-TriggeredBulk–BraneTransferwithJunction-DerivedQµ AdS–SchwarzschildbulkwitheffectiverotationandBECproxyforρloc (IFT-style)
Abstract
This thesis-stylemanuscript unifies theTransDimensionalHydrodynamicCosmologicalFramework(TDHCF)andtheMorphologyofVacuumCondensate(MVC)intoasingleoperationalmodel [1]. The exchange currentQµ that encodesbulk-to-brane injection isdefined fromjunction/fluxrelationsinaRandall–Sundrum-typesetup[2,3].ActivationoftransferiscontrolledbyanMVCdensity-thresholdvariableΛ=ρloc/ρc,whereρloc isgivenanexplicitexperimentalproxybasedoncold-atom(BEC)energetics inacoherent interferometricvolume, followingtheIFTdesignlogic [4]. Rotationof thebulkblack-holesector is introducedasaneffectiveperturbativemodulationofthetransferrate(amplitude/timescaleofQ),notasthethresholdcondition[5].Weincludeaminimalcoalescence–relaxationmodel forPlanck-vortexpopulationsthatmergewheninjectionisactiveandre-cool intoaquasi-frozenregimewheninjectionstops.Thethesisisorganizedaroundfalsifiability: themodelyieldslaboratorytargets(thresholdedgeometricphaseandcorrelationtransport)andstructuredastrophysicalsignatures.
Fields of Study & Subjects
High-pressure geophysics and materials
Quantum
superfluid
helium dynamics
Photorefractive and Nonlinear Optics
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 6 January 2026
- Document type
- Preprint