TDHCF Time Mapping Protocol

Topological Deformed Holographic Collective Field Theory
Bulk-boundary coordinate mapping for AdS/CFT applications

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🎯 Core Protocol

Resolves coordinate ambiguity between bulk null time (v) and holographic global time (T):

Eq. (1):
dμ/dT_obs = (dμ/dv) × (dv/dT)_Σ

Vaidya gauge (null dust inflow) → Brane observables (QFT boundary).

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📐 Key Features

• Eddington-Finkelstein coordinates (v): Captures causal horizon thickening
• Chain rule with redshift factor: Preserves causality
• Quasi-static approximation: μ(v) ≃ μ(T) for rb ≫ rh

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📄 Full Documentation

Time Mapping Protocol (PDF)

Related Publications:

• Holographic Topological Vortex Genesis
• Entanglement Dominance Thesis

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🔗 Applications

• Belle II: Constrain redshift factors via ττ correlations
• ALICE: Test horizon thickening in heavy-ion flow

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📊 Status

Mathematical framework complete. Experimental validation sought.

📬 Contact

jmma@movistar.es

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🏷️ Topics

#topological-vortex #time-mapping