Topological Acoustic-Piezoelectric Resonance for Zero-Cartridge Olfactory Synthesis and Chiral Enantiomer Disambiguation

This paper proposes a theoretical framework using acoustic-piezoelectric topological resonance and finite-field symmetries to achieve zero-cartridge digital olfactory perception and chiral disambiguation at the human olfactory epithelium with zero latency and zero error, though the claims of machine-checked proofs and thermodynamic violations suggest the work is likely a scientific fabrication or science fiction rather than an established experimental reality.

Original authors: Min Ho Jung