Quantum photonics has recently attracted a lot of attention for its disruptive potential in emerging technologies like quantum cryptography, quantum communication and quantum computing.
The field of research termed as Quantum Information Theory and, more specifically, Quantum Computation attracts nowadays a great deal of attention.
Its uncommon physical properties and its potential applications in the area of quantum electronics have attracted a lot of attention.
In recent years, hybrid quantum systems have received a lot of attention with the vision and perspectives of merging the strengths of complementary worlds.
Recently, the "strong coupling" of the electromagnetic oscillator, especially using SP modes, has attracted a substantial amount of attention for providing quantum effect analogies.
Another exotic model for quantum computing which is attracting a lot of attention lately, especially from Microsoft inc.
Quantum dots (QDs) have received a great deal of attention over the past decade owing to their manipulated photoelectric properties and superior solution processibility for device engineering [1 3].
Especially, the classic category of fluorescent probes, such as fluorescent dyes, fluorescent proteins, and quantum dots (QDs), have drawn a great deal of attention from both chemistry and biology scientists.
The dynamics out of equilibrium of quantum systems [2] has received a great amount of attention [3, 4].
The Schrödinger equation has received a great deal of attention from mathematicians, in particular because of its application to quantum mechanics and optics.
Since Bastard's pioneering work using a variational approach [11, 12], a lot of attention has been devoted to the study of impurity states in quantum wells [13].
