In particular, squeezing effects and nonclassical properties of a superposition state composed of two displaced squeezed number states of equal amplitude, but 180° out of phase, are investigated in detail.
Quantum properties of a superposition state for a series RLC nanoelectronic circuit are investigated.
The semantic properties of a mental state, however, are determined by its extrinsic properties — e.g., its history, environmental or intramental relations.
A team of scientists was able to "split" an atom into its two possible spin states, up and down, and measure the difference between them even after the atom resumed the properties of a single state.
Metabolic control analysis (MCA) is a form of sensitivity analysis in which the control properties of a steady-state metabolic system are quantified in terms of the responses of the system fluxes and metabolite concentrations to perturbations in the rates of the reactions [ 9, 10].
In place of the semantic individuation method adopted by folk psychology, Stich argues for a syntactic taxonomy that is based upon the causally relevant syntactic or physical properties of a given cognitive state.
According to the representationalist, the qualities are not mental; the corresponding mental property of a sensory state is that of representing the relevant quality.
In other words, we consider a concept to be concrete if it refers to an object that may be perceived directly in the world, while abstract concepts rely entirely on relational properties between other concepts (e.g., peace is an emergent property of a given state of other concepts and their interactions and relationships to each other).
Of course, a defender of this type of democratic case for open borders might counter that, unlike a legitimate owner of private property, the constituents of a state have no dominion over the state's territory, but this response would be available only if it could be shown that a state's constituents lack the relevant moral standing over the political territory in question.
We investigate the generation and properties of a class of states having highly peaked phase distribution, describing either a trapped field inside a cavity or a running field.
