Results 221 to 230 of about 67,835 (263)
On the Meaning of Local Symmetries: Epistemic-ontological Dialectics. [PDF]
Found PhysFrançois J, Ravera L.
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Electromagnetic gauge invariance, hadron interactions and the new particle
Il Nuovo Cimento A Series 11, 1975 A generalization of the KLZ Lagrangian is developed. The hadronic symmetrySU4×U1 is broken in a gauge-invariant manner and the ψ(3.105) included as the new neutral meson in the 15⊕1 multiplet. With independence of the quantum-number content we obtain\(\Gamma _{\psi \to e^ + e^ - } \)=1.27 keV. Relations between quark structure and masses are discussed.
F. J. de Urríes, J. León, A. Tiemblo
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A new gauge transformation and gravitational interaction of spin-5/2 gauge field
Il Nuovo Cimento A, 1986 The possibility is explored of the unification of gauge transformations rotating separately gauge fields with spinS andS-1. As an example, the cases for gauge fields with spin 5/2 and § are studied in detail. The possible relevance to the construction of the consistent gravitational interaction of higher-spin massless field is discussed briefly.
K. Shima
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The new non-gauge interaction and its use at thermal energy plants
Bulletin of the Russian Academy of Sciences: Physics, 2017 Results from experimental studies of the new non-gauge interaction using torsion balances in high-current magnets are described. Changes in the β decay rate and other parameters are analyzed. Thermal heating plants that use byuon energy with the new force for water heating are considered. Experiments are performed in Italy and Russia (2012–2016).
Yu. A. Baurov
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Influence of a new strong gauge interaction on unification
Physical Review D, 1998 We investigate the influence of a new strong gauge interaction on the behavior of the running couplings of the standard model. The effects are parametrized to all orders in the new strong interactions and to next-to-leading order in the standard model couplings.
F. Stef Roux, B. Holdom
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Interaction of atomic systems with strong and short pulses: a new type of gauge invariant approach
SPIE Proceedings, 2012 Ionization of atomic systems by strong and short laser pulses is considered in a new gauge invariant version of the Strong Field Approximation (SFA). The standard version of SFA (SSFA), which is usually applied to the theoretical description of interaction with strong laser fields, is dependent on the choice of gauge of the vector potential ...
Marcin Ślęczka, Adam Bechler
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