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physics.bio-ph2026
Experimental Collapse in Virophysics: Protocol-Resolved Observation, Inference, and Plaque-Assay Blindness
Lillian St. Kleess
Virological measurements are often treated as reports of virion structure, mechanics, dielectric response, infectivity, or titer. In practice, an experiment observes a protocol-con…
physics.bio-ph2025
Open-System Virus Particle Physics: A Path-Integral Viral Lattice Theory Using Non-Self Adjoint Stochastic PDEs and Fock-Space Formalism
Lillian St. Kleess
We develop a comprehensive theoretical biophysics model grounded in a path integral perspective and an m-sectorial open-system framework, to describe complex, damped viral phonon d…
physics.bio-ph2025
Viral Lattice Theory: A Biophysical Model for Virion Motion
Lillian St. Kleess
We present a rigorously formulated, novel operator-based framework that merges ideas from condensed matter physics, continuum mechanics, and quantum-inspired theory to analyze coll…