Recent Applications of Quantum Plasmonic Techniques for Detection of Toxic Materials

The quantum plasmonic sensor is a new versatile technique for detecting toxic chemicals and biomolecules. The quantum plasmonic field is a newfound in the plasmonic field, and it develops plasmonic sensors, plasmonic antennae, and plasmonic solar cells. In this study, the interaction of plasmon-photon was reviewed beside the nanostructure, and the Lagrangian and Hamiltonian were presented to explain the coupling and emitter into plasmonic and beta factors. The squeezed light generation and the type of quantum plasmonic sensors method were considered for detecting the toxic chemicals and biomolecules. The quantum plasmonic method based on quantum dots and nitrogen vacancy center in the diamond lattice was expressed to find the best material for the investigation of the quantum plasmonic sensor.