Field Statistics of Space and Astrophysical Phenomena

空间和天体物理现象的场统计。波和辐射通常以爆发的形式出现，并伴随着它们的驱动粒子分布，在空间和天体物理源中持续存在。这些特征不能用旧的等离子体理论解释，但可以用随机生长理论（SGT）自然地解释。最近的观测表明，SGT在空间和脉冲星上广泛适用。我们建议将SGT转变为在已知SGT系统上测试的定量动力学理论，发现和解释自然射电发射的现场统计数据，并开发和验证基于SGT和相关波/辐射过程的观测理论，用于关键的空间和天体物理现象。

Field Statistics of Space and Astrophysical Phenomena. Waves and radiation typically occur in bursts and persist, with their driving particle distributions, for unexpectedly long distances in space and astrophysical sources. These features cannot be accounted for with older plasma theory but are explained naturally with stochastic growth theory (SGT). Recent observations show SGT to be widely applicable in space and for pulsars. We propose to make SGT into a quantitative dynamic theory tested on known SGT systems, to discover and interpret field statistics of natural radio emissions, and to develop and test observationally theories based on SGT and associated wave/radiation processes for key space and astrophysical phenomena.