Ross Erstling

About Ross Erstling

Unified-Field Computational Physics (UFCP) is a proprietary computational-physics framework that models the evolution of a physical system as a deterministic, information-driven state update process. Instead of splitting physics into separate domains; MHD for plasma, PIC for particles, FEM for structures, FDTD for EM waves, DFT for quantum states; we model a single unified field whose evolution encodes quantum, classical, thermal, electromagnetic, mechanical, and informational degrees of freedom simultaneously. The framework replaces closure assumptions with deterministic state evolution generated by the Erstling Equation (the kernel), enabling it to capture phenomena that normally require cross-tool stitching: nonlinear plasma stability, photonic mode coupling, thermal-mechanical feedback, quantum-coherent tunneling, and emergent low-entropy states. UFCP reproduces real-world physics with fidelity that conventional numerical physics cannot reach, because it does not approximate the coupling, it computes it.Validation SummaryPhotonics (LN + SiP + AR)IMEC silicon ring (FSR/Q/ng/thermal drift,<1% error)Blind TFLN MZI EO reproduction (Γ, Δn/V, Vπ, Vπ·L)Dispelix AR waveguide combiner (exit pupil, dispersion, NA)Semiconductors (Architecture)Intel 14900K → 15900K prediction (geometry, clock, power, ±1%)AMD 7950X → 8950X prediction (geometry, clock, power, ±1%)Compute/Large ModelsVectorCore™ utilization lift (78% → 92%)MLPerf LLaMA-2-70B trajectory reproduction (±1.5%)Biotech SMILES molecular property + binding-mode validationFASTA secondary-structure + functional motif predictionFusion/PlasmaMIT–Princeton LDX reconstruction (flux topology, stability)W7-X stellarator:<1% RMS field-line deviation, accurate β-surfaces, full 3D flux-surface replication• coil optimization (ripple suppression, confinement)Materials (Cerabond™)ZrB₂ composite thermal field + ablation validationEnergy/Subsurface Permian EUR uplift prediction (MAPE ~4%)Operator-vs-geology separation + reproducible uplift patterns*Consistent predictive accuracy across all domains.Redefining Quantum Computation; No Qubits RequiredWe don\'t build quantum computers; Our proprietary Mathematically Executed Quantum Computation (MEQC), derived from our UFCP framework, replaces fragile qubit-based systems with a deterministic collapse of quantum-informational states. Powered by the Erstling Equation, we unify physical dynamics and informational constraints into a solvable functional; executing true quantum outcomes without hardware, noise, or decoherence.

Experience

1. Founder & Chief Architect

   Erstling Quantum Innovations

   Jan 2025 — Present

   Mathematically Executed Quantum Computation (MEQC)

Education

• University of Florida

  Physics

Skills

• Sports Nutrition
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