新西兰ps代写：黑洞

新西兰ps代写：黑洞

在量子力学理论的基础上，解释了不同的黑洞对周围区域的影响。根据量子力学理论，对于每一个粒子的质量和体积有类似的反粒子。在粒子和反粒子对是超越地平线的事件有可能是一个粒子会被吸入黑洞而不被卷入黑洞（里德，2015）。
这一行动将导致从黑体热辐射释放。这些热辐射释放出靠近黑体由于这种行动被称为霍金辐射。史蒂芬霍金发现了这个明显的辐射通过理论分析（Frolov和圆弧，1998）。霍金理论在周围地区的黑洞的影响证明了一个概念，但它导致了大量的问题，需要回答。斯坎德伦纳德提出了全息理论，说明了霍金理论的不足之处。以上这些理论都提出了一个新的维度存在的黑洞原理（DiIorio，2012）。因此，霍金辐射的形成是在周围地区的黑洞的影响。在现实中有不同类型的黑洞。他们在下面解释。

新西兰ps代写：黑洞

The effect of black holes in the surrounding areas is interpreted differently based on the quantum mechanics theory. According to quantum mechanics theory for each particle of a certain mass and volume there is a similar anti particle. In a particle and antiparticle pair is just beyond the event of horizon there is a possibility that one particle will be drawn into the black hole while the other does not get drawn into the black hole (Redd, 2015).
This action will result in the release of thermal radiations from the black body. These thermal radiations that are released near the black body owing to this action are known as hawking radiation. Stephen Hawking discovered this significant radiation through theoretical analysis (Frolov & Novikov, 1998). Hawking theory on the effect of black holes in the surrounding areas proved one concept however it lead to a multitude of questions that needed to be answered. Leonard Susskind came up with the holographic theory that explained one of the inadequacies of Hawking theory. Both of these theories introduced a new dimension to the existing black hole principles (DiIorio, 2012). Hence, formation of Hawking radiation is the effect of the Black holes in the surrounding areas. In reality there are different types of black holes. They are explained below.