电荷禁闭和夸克禁闭的相似性与对偶性

证明了静电场中点电荷的禁闭条件是禁闭区外部为抗电介质,或者在禁闭区外排布镜像点自由电荷系列线.通过与色电场的类比得到,夸克禁闭区外部应为抗色介质,或者排布镜像点自由色荷系列线.自然界中并不存在的常规抗电介质,一般物质密度下也不存在点状自由色荷/夸克.因此,只有镜像点自由电荷系列线才能实现电荷禁闭,只有在强子外面存在作为抗色介质的(量子)真空区才能实现色电场的夸克/色荷禁闭.计算结果显示,当强子物质的密度足够高,以致强子互相重叠、抗色介质不再存在时,夸克/色荷禁闭即可解除.

Analogy and Duality Between Charge-confinement and Quark-confinement

The confinement_potential of point charge in electrostatic field requests anti_dielectric or mirror line of arranged free point charge out of confined region. Contrasting with quark_confinement in chromo_electric field, there should be anti_color medium out of confined region, or arranging mirror line of free point color_charge. There are neither ordinary anti_electric medium of "ε=0"in nature, nor the free point color_charge under usual density of matter. Therefore no other than mirror line of arranged free point charge out of confined region enables to realize charge_confinement and quantum vacuum region as an anti_ color medium out of hadrons enables to realize color_charge /quark_confinement. When the density of hadrons matter is so enough high that hadrons are overlap each other and therefore the anti_color medium no longer exists, the color_charge/ quark_confinement can be removed at once.