“…Note that the same matter loop C xx appearing in (12) enters in the definition of all loop space objects in (5). As a consequence, we have produced a loop space analysis supporting that at very large noise strength (g (∞) → +∞), one has exactly the strong triviality of the SU(N c ) on the sector of the quark Abelian currents, in the mathematical sense that the dominant loops on the loop path integral (5) …”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 52%
“…In the fermionic loop space framework [1][2][3][4][5][6][7][8][9][10][11], we can express the quark functional determinant, (1)-which has been obtained as an effective generating functional for the color N c -singlet quark current after integrating out the Euclidean quark action-as a purely functional on the bosonic bordered loop space composed of all trajectories C xx = {X μ (σ ),…”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 99%
“…The sum over the closed bosonic loops C xx , with end-point x is given by the proper-time bosonic path integral below [1][2][3][4][5][6][7][8] …”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 99%
“…Recently, we have proposed a bosonic loop space formalism for understanding the important problem of triviality in interacting Gauge Field theories [1][2][3][4][5][6][7][8]. The basic idea used in our work above mentioned in order to analyze such kind of quantum triviality phenomena was the systematic use of the framework of the loop space to rewrite particle-field path integrals in terms of its ensembre of quantum trajectories and the introduction of a noisily electromagnetic field as an external quantized reservoir.…”
We analyze the triviality-quantum decoherence of Euclidean quantum chromodynamics in the gauge invariant quark current sector in the presence of an external U(∞)-flavor constant charged white noise reservoir.
“…Note that the same matter loop C xx appearing in (12) enters in the definition of all loop space objects in (5). As a consequence, we have produced a loop space analysis supporting that at very large noise strength (g (∞) → +∞), one has exactly the strong triviality of the SU(N c ) on the sector of the quark Abelian currents, in the mathematical sense that the dominant loops on the loop path integral (5) …”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 52%
“…In the fermionic loop space framework [1][2][3][4][5][6][7][8][9][10][11], we can express the quark functional determinant, (1)-which has been obtained as an effective generating functional for the color N c -singlet quark current after integrating out the Euclidean quark action-as a purely functional on the bosonic bordered loop space composed of all trajectories C xx = {X μ (σ ),…”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 99%
“…The sum over the closed bosonic loops C xx , with end-point x is given by the proper-time bosonic path integral below [1][2][3][4][5][6][7][8] …”
Section: The Triviality-quantum Decoherence Analysis For Quantum Chromentioning
confidence: 99%
“…Recently, we have proposed a bosonic loop space formalism for understanding the important problem of triviality in interacting Gauge Field theories [1][2][3][4][5][6][7][8]. The basic idea used in our work above mentioned in order to analyze such kind of quantum triviality phenomena was the systematic use of the framework of the loop space to rewrite particle-field path integrals in terms of its ensembre of quantum trajectories and the introduction of a noisily electromagnetic field as an external quantized reservoir.…”
We analyze the triviality-quantum decoherence of Euclidean quantum chromodynamics in the gauge invariant quark current sector in the presence of an external U(∞)-flavor constant charged white noise reservoir.
“…which is not relevant in our study!) as another formal Einstein gravitation quantum state to be used in the analysis which follows [21][22][23][24][25][26], an important result by itself.…”
Section: Ordinary Periodic (Bosonic) Position Coordinate and ψ μ (σ )mentioning
We present physical arguments-based on loop space representations for Dirac/Klein Gordon determinants-that some suitable Fermionic String Ising Models at the critical point and defined on the space-time base manifold M ⊂ R 3 are formal quantum states of the gravitational field when quantized in the Ashtekar-Sen connection canonical formalism. These results complements the author previous string-loop space studies on the subject.
We analyze the triviality-quantum decoherence of Euclidean quantum chromodynamics in the gauge invariant quark current sector in the presence of a very strong external white-noise electromagnetic ͑strength͒ field within the context of QCD in the 't Hooft limit of a large number of colors.
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