World Scientific Publishing Company
General Yang-Mills Symmetry : From Quark Confinement to an Antimatter Half-Universe
Product Code:
9789811222900
ISBN13:
9789811222900
Condition:
New
$104.76
This monograph expounds a new general Yang-Mills symmetry, which is based on arbitrary vector gauge functions and Hamilton's characteristic phase functions in the gauge transformations. CPT invariance suggests a Big Jets model for the birth of the universe and implies a maximum matter-antimatter symmetry. It also gives clues to the search for the missing antimatter half of the universe, suggesting that it should have cooled to a 3-K antimatter blackbody. The general dynamic symmetry leads to new phase fields, which satisfy fourth-order field equations and imply a static linear potential. The general SU(3) symmetry gives a new mechanism for quark confinement, which is consistent with the charmonium potentials obtained by the Cornell group (Eichten, Gottfried, Kinoshita, Kogut, Lane, and Yan).
Author: Jong-Ping Hsu, Leonardo Hsu |
Publisher: World Scientific Publishing Company |
Publication Date: Oct 04, 2023 |
Number of Pages: NA pages |
Language: English |
Binding: Hardcover |
ISBN-10: 9811222908 |
ISBN-13: 9789811222900 |
General Yang-Mills Symmetry : From Quark Confinement to an Antimatter Half-Universe
$104.76
This monograph expounds a new general Yang-Mills symmetry, which is based on arbitrary vector gauge functions and Hamilton's characteristic phase functions in the gauge transformations. CPT invariance suggests a Big Jets model for the birth of the universe and implies a maximum matter-antimatter symmetry. It also gives clues to the search for the missing antimatter half of the universe, suggesting that it should have cooled to a 3-K antimatter blackbody. The general dynamic symmetry leads to new phase fields, which satisfy fourth-order field equations and imply a static linear potential. The general SU(3) symmetry gives a new mechanism for quark confinement, which is consistent with the charmonium potentials obtained by the Cornell group (Eichten, Gottfried, Kinoshita, Kogut, Lane, and Yan).
Author: Jong-Ping Hsu, Leonardo Hsu |
Publisher: World Scientific Publishing Company |
Publication Date: Oct 04, 2023 |
Number of Pages: NA pages |
Language: English |
Binding: Hardcover |
ISBN-10: 9811222908 |
ISBN-13: 9789811222900 |