Search Results - "wave function"

Real and virtual harmonic wave function free particles by Igor Pavlovich Popov

“…It is shown that the motion of a free particle or wave function generates a monochrome or satisfies the rule, according to which the actual speed of the particle is related to the measured velocities of the continuous spectrum of logical multiplication.…”
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Evaluation of the one electron expeetation values for different wave functions by Baghdad Science Journal

“…unctions for the 2s state of Li atom. The wave functions used were published in 1963,174? and 1993 , respectavily. …”
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Evaluation of the one electron expectation values for different wave function of Be atom by Baghdad Science Journal

“…The aim of this work is to evaluate the one- electron expectation value from the radial electronic density function D(r1) for different wave function for the 2S state of Be atom . The wave function used were published in 1960,1974and 1993, respectavily. …”
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Decoherence and Wave-Function Deformation of D_{4} Non-Abelian Topological Order by Pablo Sala, Jason Alicea, Ruben Verresen

“…We show that certain non-Abelian TOs can be analyzed and understood to a similar degree, despite being significantly richer. We consider both wave-function deformations and quantum channels acting on D_{4} TO, which has recently been realized on a quantum processor. …”
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Some Probability Characteristics Functions of the Solution of Stochastic Fredholm Integral Equation Contains a Known Sine Wave Function by Baghdad Science Journal

Subjects: “…Sine wave function, stochastic Fredholm integral equation.…”
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Calculating the density of electronic charge for hydrogen atom and ions like atom by Baghdad Science Journal

Subjects: “…Hydrogen atom , radial wave function , radial distribution function…”
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ENERGY STATES OF PARTICLES IN A QUANTUM SIZED STRUCTURE WITH A COMPLEX SHAPED BAND DIAGRAM by Alexey Pashchenko, Oleksandr Gritsunov, Oksana Babichenko

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Quantum Vision Theory in Deep Learning for Object Recognition by Cem Direkoglu, Melike Sah

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Particles, forces and the early universe by Risto Raitio

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Reconstructing the Wave Function of Magnetic Topological Insulators MnBi_{2}Te_{4} and MnBi_{4}Te_{7} Using Spin-Resolved Photoemission by Xue Han, Jason Qu, Hengxin Tan, Zicheng Tao, Noah M. Meyer, Patrick S. Kirchmann, Yanfeng Guo, Binghai Yan, Zhi-Xun Shen, Jonathan A. Sobota

“…Most importantly, our analysis reveals a new mechanism for reducing the magnetic gap of the topological surface states based on the orbital composition of the wave function.…”
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Bardeen-Cooper-Schrieffer state representation and pairing detection in the fermionic Tonks-Girardeau gas by Francesc Sabater, Abel Rojo-Francás, Grigori E. Astrakharchik, Bruno Juliá-Díaz

“…This offers a compelling new perspective on describing the ground-state wave function of the fermionic Tonks-Girardeau gas, enabling a complete description in second quantization. …”
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Proses Pemodelan Saintifik pada Miskonsepsi Mekanika Kuantum by Dian Wahid Hermawan

“…Modeling done by the mind sometimes does not require image image in the brain. As between the wave function and the particle position associated with the mathematical model. …”
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Higher-order corrections of the hydrogen-like atoms: the effect of Darwin term by Mahmood Jwailes, Imad Barghouthi, Qusay Atawnah

“…Additionally, we present numerical results that show how the wave function and its higher-order corrections change at different states, under the influence of the Darwin term. …”
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Optical absorption by titanium dioxide nanocrystals by S. I. Pokytnii, A. D. Terets

“… Using a variational method within the framework of the effective mass approximation, using a triangular coordinate system of an electron, hole, and exciton moving in a titanium dioxide quantum dot, the exciton energy spectrum was obtained as a function of the radius a of the quantum dot. The variational wave function of the exciton contained factors that took into account the motion of an electron and a hole in a potential well of infinite depth of a quantum dot, as well as the form of a hydrogen-like wave function. …”
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Potential Energy Expectation Value for Lithium Excited State (1s2s3s) by Baghdad Science Journal

“…) for lithium excited state (1s2s3s) and Li- like ions (Be+,B+2) using Hartree-Fock wave function by partitioning techanique .The result of inter particle expectation value shows linear behaviour with atomic number and for each atom and ion the shows the trend ??? …”
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Evaluation of the electron correlation for lithium atom (Li) in ground state by Baghdad Science Journal

“…By using the f(r12) function for KL shell in both singlet and triplet state .The Fermi hole have been evaluated .In this work the Hartree-Fock wave function (1993) have been used.…”
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Calculation of Atomic Scattering Factor For X-ray in Copper by Muhsin Hasan Ali

“… In this paper the atomic scattering factor f(  has been calculated for x-ray in copper using Wave function involves The independent particle approximation for the values , The physical importance of this factor appears in its relation with the several important atomic properties such as, the coherent scattering intensities, the total scattering, the incoherent scattering function, the cross section for coherent, incoherent scattering, the differential of electrons scattering from atom and the geometrical structure factor. …”
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A study of some atomic properties for He-like selected ions by Baghdad Science Journal

“…For these purpose two types of the wave functions applied are used, the Hartree-Fock (HF) waves function (uncorrelated) and the Configuration interaction (CI) wave function (correlated). …”
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The Calculation of the partical distribution function g(r12,r1) for Carbon Ion cases (C+2,C+3,C+4) in the position space by Baghdad Science Journal

“…The aim of this work is study the partical distribution function g(r12,r1) for Carbon ion cases (C+2,C+3,C+4) in the position space using Hartree-Fock's Wave function, and the partitioning technique for each shell which is represented by Carbon Ions [C+2 (1s22s2)], [C+3 (1s22s)] and [C+4 (1s2)]. …”
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