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Journal of Optics B: Quantum and Semiclassical Optics, 2005
The quantum vacuum may in certain circumstances be regarded as a type of fluid medium, or aether, exhibiting energy density, pressure, stress and friction. Vacuum friction may be thought of as being responsible for the spontaneous creation of particles from the vacuum state when the system is non-stationary.
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The quantum vacuum may in certain circumstances be regarded as a type of fluid medium, or aether, exhibiting energy density, pressure, stress and friction. Vacuum friction may be thought of as being responsible for the spontaneous creation of particles from the vacuum state when the system is non-stationary.
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Quantum vacuum magnetic birefringence
Hyperfine Interactions, 2011In this contribution to EXA2011 congress, we present the status of the BMV (Birefringence Magnetique du Vide) experiment which is based on the use of a state-of-the-art optical resonant cavity and high pulsed magnetic fields, and it is hosted by the Laboratoire National des Champs Magnetiques Intenses in Toulouse, France.
Berceau, Paul +7 more
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This paper presents the Quantum Vacuum Ocean (QVO) model — a unified, medium-based framework that redefines vacuum as a structured quantum superfluid. It provides a physically coherent alternative to spacetime curvature, field fragmentation, and metric expansion.
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AIP Conference Proceedings, 2005
It is theorized that the quantum vacuum is a random electromagnetic field that permeates the universe. It will be shown that acceleration between a quark and a random electromagnetic energy field is an analog of the reaction between a charge moving at constant velocity with respect to an organized electromagnetic field.
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It is theorized that the quantum vacuum is a random electromagnetic field that permeates the universe. It will be shown that acceleration between a quark and a random electromagnetic energy field is an analog of the reaction between a charge moving at constant velocity with respect to an organized electromagnetic field.
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International Journal of Modern Physics A
Can the vacuum itself be a crystalline solid of frozen spinons with chargons hopping across it? In this paper, we describe an attempt at adding an inverted world action to the usual action, leading to an emergent field description of physical quarks and bosons.
Ngee-Pong Chang, Chi Xiong
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Can the vacuum itself be a crystalline solid of frozen spinons with chargons hopping across it? In this paper, we describe an attempt at adding an inverted world action to the usual action, leading to an emergent field description of physical quarks and bosons.
Ngee-Pong Chang, Chi Xiong
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Collisions of False-Vacuum Bubble Walls in a Quantum Spin Chain
PRX Quantum, 2022Junyu Liu, John Preskill, Guifre Vidal
exaly
Biasing the quantum vacuum to control macroscopic probability distributions
Science, 2023Charles Roques-Carmes +2 more
exaly