The validity of CPT invariance in the field of "nuclear binding masses" has been studied for nuclei (antinuclei) with two and three nucleons (antinucleons): (d/d¯) and (3He/3He¯). It is discussed the importance of investigating the transition from the world where gluons and quarks carry their QCD colors (QGCW) to the world where gluons and quarks exist only with zero-QCD-color (QGZCW).
The highest precision proof of CPT invariance in the "nuclear binding masses"
DE CARO, ANNALISA;DE GRUTTOLA, DANIELE;DE PASQUALE, Salvatore;FUSCO GIRARD, Mario;MENINNO, ELISA;PAGANO, PAOLA;
2015-01-01
Abstract
The validity of CPT invariance in the field of "nuclear binding masses" has been studied for nuclei (antinuclei) with two and three nucleons (antinucleons): (d/d¯) and (3He/3He¯). It is discussed the importance of investigating the transition from the world where gluons and quarks carry their QCD colors (QGCW) to the world where gluons and quarks exist only with zero-QCD-color (QGZCW).File in questo prodotto:
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