In the far field , the farther the distance , the similar and less distance dependent of the image and radiation pattern of electric and magnetic field , the similar the image of electromagnetic field to the fourier transform of the source current distribution , the less distance dependent of the radiation pattern 在越远之远场中，电场与磁场之影像及场型越相似，距离越远差异越小，电磁场之影像越近似于电流源分布之富氏转换。
To find out the correct resolution , note that we have to look far away to find a star in most directions . when we look at something far away , we are in fact looking back in time since it takes time for light to travel from the object to us . as a result , we would possibly see back to a time when stars were not formed yet 正确的解答应该是由于光线需要时间到达地球，当我们望向宇宙深处，我们其实不单止在看一些遥远的物体，我们其实正同时窥伺著宇宙的过去，结果只要超越某一距离仍看不见星星，那么更远之处亦不可能会有，因为在这之前宇宙中还末有恒星诞生，这样便能解决奥伯斯佯谬。
As for the particulars : while lrh and heinlein authored tales of galactic travel - - tales so real and compelling they would finally inspire whole generations - - the world ' s most prominent scientists would whisper into government ears something to the effect of : you know those stories about reaching the moon and beyond 至于细节：当lrh和海连发表银河旅行的故事时故事是如此真实和吸引人，以致于他们激发了每代人的兴趣世界闻名的科学家会对著政府小声的说：你知道那些探险月球和更远之处的故事吗？
