Sentence examples for variation in quantum from inspiring English sources

Entanglement generation and variation in quantum computation is studied using a quantum computer simulator.

Dithering distributes photons over many detector elements (microchannel pores or CCD pixels) and serves several purposes: reduces uncertainty due to pixel to pixel variation in quantum efficiency (QE); allows sub-sampling of the image; and, in the case of the HRC, distributes the total exposure over many microchannel pores - useful since the QE of a pore degrades slowly with exposure to photons.

The leakage assay is a well-established technique that has been optimized to make variations in quantum yield negligible [22], as recently reviewed and validated by Almeida and Pokorny [23].

The integration of charge over a column of pixels on a 2-dimensional CCD also averages pixel to pixel variations in quantum efficiency and so minimizes fixed-pattern noise.

Alvarez-Rodriguez and co employ this second type of variation in their quantum world.

Second, there is considerable variation in the quantum of loans received from formal creditors.

which is the variation in the quantum potential with electron exchange under a constant classical or external potential.

Consistent with the theory of credit rationing, we observed that between resource-rich and resource-poor rural households, there is considerable variation in the quantum of loan off-take from formal financial institutions.

The generic form of an action spectrum [in our experiments, photoluminescence excitation (PLE) under absorption in CdS and emission from CdSe in nanocrystal tetrapods, rods, and spheres] was controlled by the physical shape and resulting morphological variation in the quantum confinement parameters of the nanoparticle.

Another major limitation of all these studies is the variation in the quantum of stress experienced by different plants.

The embedded islands introduce lateral (in-plane) variations in the quantum well wave function, which in turn enhance inter-conduction-subband absorption of normal incidence radiation.