1992
DOI: 10.1070/pu1992v035n02abeh002214
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The Skyrme model and strong interactions (On the 30th anniversary of the creation of the Skyrme model)

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Cited by 16 publications
(5 citation statements)
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“…The anomalous part Θ sp satisfies the relation Θ 3 sp = −iΘ sp F 2 sp . In this special case, transformations close in a smaller group, namely, O(6) ∼ SU (4), and the α belong to U (3) ∼ SU (3) × U (1), while the Goldstone diquark degrees of freedom ηΘ sp belong to the complex projective space CP 3 = SU (4)/SU (3) × U (1). We note that η anticommutes with the quark baryon numberb = ρ 3 /3.…”
Section: Solitons In the Case Of The Symplectic Groupmentioning
confidence: 99%
See 1 more Smart Citation
“…The anomalous part Θ sp satisfies the relation Θ 3 sp = −iΘ sp F 2 sp . In this special case, transformations close in a smaller group, namely, O(6) ∼ SU (4), and the α belong to U (3) ∼ SU (3) × U (1), while the Goldstone diquark degrees of freedom ηΘ sp belong to the complex projective space CP 3 = SU (4)/SU (3) × U (1). We note that η anticommutes with the quark baryon numberb = ρ 3 /3.…”
Section: Solitons In the Case Of The Symplectic Groupmentioning
confidence: 99%
“…One such phenomenon is the chiral anomaly [3]. The chiral anomaly and the related world of chiral solitonsskyrmions [4] proved important in nonperturbative approaches to low-energy hadron physics. The most important problem is to include the color chiral anomaly in the total (gauge plus chiral or anomalous) color space and to study the low-energy dynamics in this space.…”
Section: Introductionmentioning
confidence: 99%
“…One more case where algebraic considerations may clarify intuitively obtained physical results is the Skyrme model of nuclear interactions [18], [19]. It was invented to describe baryons as finite-size localized structures with a nontrivial topological charge interpreted as the baryon number.…”
Section: The Skyrme Model Lagrangianmentioning
confidence: 99%
“…О лагранжиане модели Скирма. Еще один случай, когда алгебраические соображения могут прояснить полученные интуитивным путем физические результаты, дает модель Скирма [18], [19] ядерных взаимодействий. Она была создана для описания барионов как протяженных локализованных структур с нетривиальным топологическим зарядом, который интерпретируется как барионное число.…”
Section: -форма и элемент массы электромагнитного поля введем бикваunclassified