Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Physics Letters A

On the invariant properties of quantum uncertainty relations with respect to parameters of virtual photons responsible for interaction processes in quantum particle systems

Vladimir N. Murzin

Published Nov 11, 2016• 4 citations
Publisher
DOI
10.1016/j.physleta.2016.10.036

Related papers

Virtual Photons as Quanta of Electromagnetic Interaction, Quantum Indeterminacy, and Uncertainty Relations

Vladimir N. Murzin, Ljudmila Yu. Shchurova

Journal of Russian Laser Research•Nov 1, 2020•2 citations

INFLUENCE OF A VIRTUAL PHOTON FIELD ON THE STATISTIC PROPERTIES OF PHOTONS IN A SYSTEM OF TWO-MODE SQUEEZED VACCUM FIELD INTERACTING WITH ATOMS

HUANG CHUN-JIA, Jiangfan Li, Ming Tao Zhou +2 more

The statistic properties of photons in a system of two-mode squeezed vacuum field interacting with a two-level atom are studied without the rotating-wave approximation by means of quantum theory, and the influence of the virtual-photon process on the statistic properties of photons is discussed emphatically. The results obtained using a numerical method indicate that the influence of the virtual-photon process on the statistic properties of photons qives rise to quantum chaos, that is related to the initial state parameters of the system.

Acta Physica Sinica•Jan 1, 2001•1 citation

Quantum fluctuations, quanta of electromagnetic interaction, quantum electronic bound states

V. N. Murzin, Ljudmila Yu. Shchurova

Based on the concepts of the quantum field theory of virtual photons as quanta of electromagnetic interaction, we discuss the physical content of the phenomena underlying the principle of quantum uncertainties. We consider the features of the uncertainty relations and the properties of the elementary particles (electrons, protons, etc.) under the conditions of the formation of quantum bound states at atomic and subatomic distances.

arXiv:2208.01742•Jul 31, 2022•0 citations

Uncertainty relations in the theory of open quantum systems

Аурелиан Исар

Romanian Journal of Physics•Jan 1, 2003•0 citations

The quantum uncertainty relations of quantum channels

Shi-Yun Kong, Ming‐Jing Zhao, Zhi‐Xi Wang +1 more

arXiv:2408.09082•Quantum Information Processing•Aug 16, 2024•1 citation

Electromagnetic Interaction as the Possibility of Electron Collision Due to the Uncertainty Principle

Jun Iizuka

In previous studies, It is said that the interaction of elementary particles is caused by the absorption and emission of virtual particles as quantum fluctuations that exist under the limitation of the uncertainty principle. For example, it is said that electromagnetic interaction is generated by the exchange of virtual photons by charged particles, and Coulomb force is generated. In this paper, we suppose that the possibility of the existence of interacting ”real” particles themselves, rather than the mathematically assumed particles called ”virtual particles”, is distributed at all points in space by the uncertainty principle. And then, we try to describe how the interaction occurs due to the ”collision of possibility of existence of particle” of the particles. Also, using the semiclassical method,and heat field theory.under the condition that the density displayed by the distribution function is preserved. In this way, we discuss the transformation of quantum orbitals into systems that can be described as classical trajectory.

•Feb 1, 2021•0 citations
The statistic properties of photons in a system of two-mode squeezed vacuum field interacting with a two-level atom are studied without the rotating-wave approximation by means of quantum theory, and the influence of the virtual-photon process on the statistic properties of photons is discussed emphatically. The results obtained using a numerical method indicate that the influence of the virtual-photon process on the statistic properties of photons qives rise to quantum chaos, that is related to the initial state parameters of the system.
In previous studies, It is said that the interaction of elementary particles is caused by the absorption and emission of virtual particles as quantum fluctuations that exist under the limitation of the uncertainty principle. For example, it is said that electromagnetic interaction is generated by the exchange of virtual photons by charged particles, and Coulomb force is generated. In this paper, we suppose that the possibility of the existence of interacting ”real” particles themselves, rather than the mathematically assumed particles called ”virtual particles”, is distributed at all points in space by the uncertainty principle. And then, we try to describe how the interaction occurs due to the ”collision of possibility of existence of particle” of the particles. Also, using the semiclassical method,and heat field theory.under the condition that the density displayed by the distribution function is preserved. In this way, we discuss the transformation of quantum orbitals into systems that can be described as classical trajectory.