Sentence examples for fixed quantum from inspiring English sources

However, when r2 is relatively small (see Figure2 and Figure3b), the electronic subband energy depends on quantum number l for a fixed quantum number n and E nl >En 0 (here l > 0).

Although both the ancilla-driven and ancilla-controlled models require the minimum possible access to the computational register, they replace the local control of the register with local control of the ancillary system and so still require more than one fixed quantum gate to implement universal computation.

But this sum is in fact a fixed quantum,[40] a constant, dictated by the inherent vivacity of each representation and the degree of opposition[41] among representations.

The repairman will attend a failed machine for a pre-specified fixed quantum of time only and then it will move to the next machine in the queue.

The results shown in Figures2 and3 indicate that different l states degenerate at a fixed n quantum number when r2 > 100 nm.

The short term aspect of the agreement fixed the quantum of water from the flow of Ganges at Farakka for the two sides during 5 months period from January to May every year.

Let q > 1 be fixed, the quantum time scale q Z ¯ is defined as q Z ¯ = { q k : k ∈ Z } ∪ { 0 }, which appears throughout the mathematical physics literature, where the dynamical systems of interest are the q-difference equations.

This follows from the fact ∫ a σ 2 ( b ) f ( t ) Δ t = ∑ t ∈ [ a, σ 2 ( b ) ) ( σ ( t ) − t ) f ( t ).   2 Let q > 1 be fixed, the quantum time scale q Z ¯ is defined as q Z ¯ = { q k : k ∈ Z } ∪ { 0 },  . If [ a, σ 2 ( b ) ] T is bounded and consists of only isolated points such as in the case T = h Z, then the conditions of Theorems 3.1 and 3.2 are fulfilled.

One can allow a quantum computer to crack encryptions that are practically impossible for a conventional computer to break; the other is a kind of mathematical building block that can be used to fix errors in quantum computations, called quantum error correction.

Herein, monodispersed Cr-doped SnO2 quantum dots fixed by graphene nanosheets and carbon layers (C/Cr-SnO2/G) were successfully assembled, which showed excellent cyclic stability, high reversible capacity and remarkable rate capability for Li+ storage.

The monoelectronic approach in the infinite quantum well approximation reproduces quite well the spectrum of the wide wells due to the fact that the ground states of electrons and holes are well fixed by this model of quantum well.