Modeling Quantum Energy Teleportation

Quantum teleportation is a well-established procedure that uses the quantum resources~of entanglement and joint measurement to recover information remotely without ever propagating that information through space and time. In contrast, the idea of quantum \textit{energy }teleportation (QET) has been proposed more recently with both similarities and differences in theory and principles from quantum information teleportation (QIT). I review the principles behind QET and connect Masahiro Hotta's simplified model of QET with QIT. Upon confirming theoretically the ability of successful energy~extraction, I analyze Hotta's model further to understand its basic elements and search for alternate~models to maximize the~energy extraction.