【摘要】：運(yùn)用半經(jīng)典近似理論,本文研究了來自靜態(tài)高維deSitter時(shí)空和高維Schwarzschild-de Sitter時(shí)空宇宙視界處的Fermi子隧穿輻射.在文中,描述1/2自旋粒子行為的Dirac方程被簡化為一個(gè)簡單的形式,接著運(yùn)用方程組有非平凡解的條件,可以得到了半經(jīng)典的Hamilton-Jacobi方程,從而使得問題大大得以簡化,最終得到了靜態(tài)de Sitter時(shí)空中宇宙視界處的Fermi子隧穿率和Hawking溫度.
[Abstract]:In this paper, the fermion tunneling radiation from the static high-dimensional deSitter space-time and the high-dimensional Schwarzschild-de Sitter space-time universe horizon is studied by using the semiclassical approximate theory. In this paper, the Dirac equation describing the behavior of 1 鈮，

本文編號(hào)：2525248