A feasible scheme is presented to generate a generalized superposition of displaced squeezed states, cosθ|α,z⟩±sinθ|−α,z⟩, in a single mode of the electromagnetic field inside a microwave cavity.
A superposition method is used to generate homogeneous boundary conditions, and modal analysis is used to find the displacement of the system in each state of the piecewise-linear constraint.
Domains in each set were subjected to an all-against-all pairwise structural superposition using the structure comparison program SHEBA, 23 in order to generate a structurally superposed domain pair dataset.
Flexural testing was performed in a Dynamic Mechanical Analyzer and time temperature superposition was used to generate master curves by manual and constant activation energy approaches.
We demonstrate the ability of such a system to transport a particle between two different wells and to generate a delocalised superposition between the three traps with high fidelity in short times.
Spiral-phased plates have also been fabricated to generate a coherent superposition of optical vortices with different winding numbers and surface reflection coefficients [25, 26].
Here we present a brief description of a set up that can be used to implement a quantum walk scheme able to generate the sort of coherent state superpositions addressed in our analysis so far.
The weighted amplitude wave superposition (WAWS) method is used to generate atmospheric wind turbulence.
A method has been proposed to generate complex periodic discrete non-diffracting beams (PDNBs) via superposition of two identical simple PDNBs at a particular angle.
Based on the superposition (middle), we predict that the MCM subunits need to approach each other more closely to generate a competent ATPase site.
