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Virtual particle
THE STRONG INTERACTION by J
Charm Meson Molecules and the X(3872)
On the Possibility of Experimental Detection of Virtual Particles in Physical Vacuum Anatolii Pavlenko* Open International University of Human Development, Ukraine
Virtual Particle 1 Virtual Particle
Research Article Is the Free Vacuum Energy Infinite?
Disappearance of Positronium Into Extra Dimensions
Beyond the Standard Model
Paving Through the Vacuum 3 of the Fermion and Antifermion
Electron-Positron Annihilation and the New Particles
Virtual Particles
The Uncertainty Principle, Virtual Particles and Real Forces
Arxiv:0904.2904V3 [Gr-Qc] 6 Oct 2010 Absit H Eut R Ie Xlctyfracsmrap Casimir a for Explicitly Hole
Are Virtual Particles Less Real?
Virtual Particles: What Are They?
Potential Energy of the Electron in a Hydrogen Atom and a Model of a Virtual Particle Pair Constituting the Vacuum
THE PROBLEM of the COSMOLOGICAL CONSTANT: EMQG and the Recent, High Red-Shift, Supernovae Observational Evidence for a Positive Cosmological Constant
Photon-Phonon Analogy in a Superfluid Vacuum. Marco Fedi
From Quantum Mechanics, Topology, and Noise, to (Maybe) the LHC Erich Poppitz
Top View
The Future of Quantum Field Theory
Introduction to Particle Physics I
The Higgs Bridge 2
The Feynman Diagrams and Virtual Quanta Mario Bacelar Valente
About the Concept of Particle: an Introduction
1 Virtual Photons in Macroscopic Tunnelling
Particle Theory
What If Quantum Vacuum Fluctuations Are Virtual Gravitational Dipoles? Dragan Hajdukovic
Measuring the Α-Particle Charge Radius with Muonic Helium-4 Ions
The Composite Proton
Particle Zoo and Feynman Diagrams
The Mach-Zehnder Interferometer and Photon Dualism: with an Analysis of Nonlocality
Invariance of Spooky Action at a Distance in Quantum Entanglement Under Lorentz Transformation
Are Virtual Particles Less Real?
Wave-Particle Duality: a New Look from First Principles
Casimir Effect and Vacuum Fluctuations
What If Quantum Vacuum Fluctuations Are Virtual Gravitational Dipoles?
Casimir Self-Energy of the Electron
Arxiv:1609.01421V4 [Math-Ph] 1 Feb 2020 Rigt Nwrti Adqeto,Ltu Okbc Ttestruggle the Far
Modern Chapter of Theoretical Particle Physics Background Material an Introduction to the Foundations of Modern Physics
Muonic Bound Systems, Virtual Particles, and Proton Radius
Supersymmetric Dark Matter – Aspects of Sfermion Coannihilations
Does the Quantum Vacuum Fall Near the Earth?
PHYS 576: Particle Physics Homework #1
The Light Velocity Casimir Effect
THE PHOTON AS HADRON* Frederick V. Murphy?
"Young Man, If I Could Remember the Names of These Particles, I Would Have Been a Botanist!"
ATLAS Finds Evidence of a Rare Higgs Boson Decay 9 February 2021
Particle Physics 1183
On Real and Virtual Photons in the Davies Theory of Time-Symmetric Quantum Electrodynamics R. E. Kastner University of Maryland
QED Response of the Vacuum
Topics in Standard Model
Feynman Diagrams
Notes on Elementary Particle Physics
Making Elementary Particles Visible by Eyal Cohen Arscimed (Art, Science, Media) a Scanning Tunneling Microscope (STM) Image of Gallium Arsenide
Arxiv:1901.02233V1 [Physics.Hist-Ph] 8 Jan 2019 2 O
Frank A. Wilczek Massachusetts Institute of Technology (MIT), Cambridge, USA
Electron-Positron Scattering