论文标题
天空中的paai：迈向深色能量和一致暗物质的颗粒机制
PAAI in the sky : towards a particulate mechanism for Dark Energy and concordant Dark Matter
论文作者
论文摘要
我们提出了一对非常轻的费米子在隐藏区域中的黑暗能量的起源，在Abelian仪表$ u（1）_x $但不平等的质量下相反。该系统被称为PAAI，血浆是Abelian，不对称且理想化的。对于一系列隐藏的细胞结构恒定值和最轻的质量的质量值，Paai被认为模拟了暗能量。证明来自同一部门的其他费米子是暗物质的。此外，残留的$ x $ - 磁场可以与麦克斯韦电磁场混合，为宇宙尺度磁场提供种子。因此，这种情况可以解释来自同一隐藏部门内的几个宇宙学拼图。
We propose the origins of Dark Energy in a hidden sector with a pair of very light fermions, oppositely charged under an abelian gauge force $U(1)_X$ but of unequal mass. The system is dubbed PAAI, plasma which is abelian, asymmetric and idealised. For a range of the hidden fine structure constant values and the value of mass of the lightest fermion the PAAI is argued to simulate Dark Energy. Additional fermions from the same sector are shown to account for Dark Matter. Further, residual $X$-magnetic fields can mix with Maxwell electromagnetism to provides the seed for cosmic-scale magnetic fields. Thus the scenario can explain several cosmological puzzles from within the same hidden sector.
