TVPRMC v2.4

Topological Vibro-Polaritonic Reaction-Manifold Compiler

2D Control Parameter Manifold g vs Δ
Thouless Pump (W=1)

Scrub or shape the cyclic vibropolaritonic trajectory across cavity coupling g and detuning Δ. Non-zero enclosure of the polaritonic conical intersection generates synthetic Berry curvature flux.

Berry Flux (Φ_B)
3.14 rad
Spectral Gap Δ_E
14.2 meV
Winding Number
W = 1
Hall Drift Force
+0.88 meV/Å
4-State Vibro-Polaritonic Reaction Manifold PES & Gauge Deflection
Quantized Current Locked

Stochastic ensemble flow: Precursor S₀ → Intermediates S₁ₐ, S₁ᵦ → Target Product P. The Molecular Hall Effect creates anomalous velocity v_H ∝ F_ext × Ω_Berry guiding packets around blocked barriers.

Net Product Yield
0.94 mol/cyc
Disorder Penalty
3.5× (45%)
Side-Leakage Loss
4.2%
Ensemble En Route
180 pkts
Latency & Physical Bottleneck Decomposer

First-principles lower bounds: while the vibro-polaritonic quantum transition completes in ~280 fs, macroscopic assembly latency is strictly dominated by entropy rejection and feedstock diffusion.

TVPRMC Physics Rigor Taxonomy
Zenodo/Monograph
Cat. A: Experimentally Proven Vibrational Strong Coupling (VSC)

Cavity-polariton formation in micro-Fabry-Pérot cavities modifying local infrared vibrational transitions without optical excitation.

Cat. B: Theoretically Supported Molecular Berry Phases & Gauge Fields

Antisymmetric curvature forces derived from nuclear-photonic Born-Oppenheimer expansions creating Molecular Hall drift.

Cat. C: Aggressive Extrapolation Room-Temp Topological Reaction Pump

Maintaining non-zero Thouless winding across a macroscopic ensemble in an open chemical network despite thermal dephasing.

Cat. D: Hypothetical Extension Non-Hermitian Reaction Braids

Dynamic encircling of higher-order Exceptional Points to deterministically interchange reaction isomer eigenstates.

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