Interrogating imaginary optical force by the complex Maxwell stress tensor theorem [PDF]
Light: Science & Applications, 2023 The complex Maxwell stress tensor theorem has been developed to relate the imaginary optical force, reactive strength of canonical momentum and total optical force of a nanoparticle, which is essential to perfect optical force efficiency.
Jinwei Zeng, Jian Wang
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The complex Maxwell stress tensor theorem: The imaginary stress tensor and the reactive strength of orbital momentum. A novel scenery underlying electromagnetic optical forces [PDF]
Light: Science & Applications, 2022 The imaginary Maxwell stress tensor IMST and the reactive strength of orbital momentum ROM are established. It is shown that they universally produce reactive electromagnetic forces ILFs that counteract all currently observed time-averaged optical forces
Manuel Nieto-Vesperinas, Xiaohao Xu
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Electromagnetic Force and the Maxwell Stress Tensor in Condensed Systems
, 2000 While the electromagnetic force is microscopically simply the Lorentz force, its macroscopic form is more complicated, and given by expressions such as the Maxwell stress tensor and the Kelvin force.
Liu, Mario, Stierstadt, Klaus
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Maxwell–Dirac stress–energy tensor in terms of Fierz bilinear currents [PDF]
Annals of Physics, 2016 22 pages, amended to bring in line with final published ...
Inglis, Shaun, Jarvis, Peter
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Compact objects in conformal nonlinear electrodynamics
European Physical Journal C: Particles and Fields, 2019 In this paper we consider a special case of vacuum nonlinear electrodynamics with a stress–energy tensor conformal to the Maxwell theory. Distinctive features of this model are the absence of a dimensional parameter for the nonlinearity description and a
I. P. Denisova +2 more
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Einstein–Cartan–Dirac gravity with U(1) symmetry breaking [PDF]
European Physical Journal C: Particles and Fields, 2019 Einstein–Cartan theory is an extension of the standard formulation of General Relativity where torsion (the antisymmetric part of the affine connection) is non-vanishing.
Francisco Cabral +2 more
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Research on magnetic nonchain transport of steel cartridge casing ammunition [PDF]
Scientific ReportsMagnetic force is used to drive ferromagnetic objects by shortening the magnetic flux path to reduce magnetic reluctance and increase magnetic conductivity.
Jinyu Kang, Yongjuan Wang
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Computation of electromagnetic force densities: Maxwell stress tensor vs. virtual work principle
Journal of Computational and Applied Mathematics, 2004 Authors' ummary: A couple of fundamental formulae are demonstrated in this paper, which allow a systematic algebraic derivation of local electromagnetic forces in any material, starting from the expression of the energy density of that material. The derivation can be achieved in terms of vector and tensor analysis notions exclusively, provided the ...
François Henrotte
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Dynamics of the optical forces in nanosystems [PDF]
EPJ Web of Conferences, 2022 We investigate optical forces in the time domain, instead of using the time-average Maxwell stress tensor. We demonstrate first that a plane wave causes on a physical object an optical pressure that fluctuates at optical frequency in the time domain. The
Kiselev Andrei +2 more
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AIP Advances, 2023 This paper shows how to model the force density in electrical machines based on the field lines of the magnetic flux density. The force density is written as two vector components: the magnetic tension force and the magnetic pressure gradient force. This
G. Mörée, M. Leijon
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