Emergence of Quantum Space-Time Engineered Modulation (Q-STEM) Metamaterials

While the ground roots of quantum mechanics were established at the beginning of the last century, this branch of physics continues to evolve in modern science and technology. The field is currently telescoped by metamaterials, and particularly Generalized Space-Time Engineered-Modulation (GSTEM) metamaterials, and the combination of the unique features of quantum physics and the unprecedented properties of GSTEMs augurs great evolution. This paper examines a few canonical Q-GSTEMs and compares them with classical electromagnetic counterparts.