Quantum Grammar: Color Semantics and Future Quantum Transport Mechanisms in SQUID Systems
IHSIEN CHOU
This paper explores how quantized energy in Superconducting Quantum Interference Devices (SQUIDs) can be translated into perceivable color through wavelength transformation, forming a semantic representation of quantum syntax. Additionally, we analyze novel quantum transport mechanisms enabled by triplet exciton condensation and their complementary relationship with traditional photon-based mechanisms. By integrating SQUID energy level structures, photon coupling frequencies, interference patterns, and color mappings, we propose a quantum grammar framework that bridges physics, language, and perception, discussing its applications in quantum visualization, bio-quantum interfaces, and future quantum computing architectures. Keywords: SQUID, Quantum Grammar, Color Semantics, Triplet Excitons, Quantum Transport, Quantum Visualization
•Jul 10, 2026•0 citations