Solar System Wave Packet

The emptiness of the interplanetary space in the solar system from large objects is very thought-provoking. For example, Consider the distance between Earth and Venus. This distance is about 25 thousand times the total diameter of Earth and Venus. It's like placing two small gravels on either side of a football pitch. Now, it would be self-deception to imagine that the protoplanetary disk didn't have enough material to form dozens of other planets in the wide space between Earth and Venus, and only these two tiny gravels formed in this huge pitch. An event must have cleaned the objects between Earth and Venus from the protoplanetary disk. Here we show that this event is the oscillation of a huge standing wave packet, with the wavelength λ = 0.6 AU, in the protoplanetary disk of early solar system. In addition, the Solar System Wave Packet (SSWP) theory explains the reason why the Giant (Jovian) planets are heavier than the terrestrial planets, the reason for the existence of Titius-Bode law and some other phenomena. The SSWP theory can easily overcome the problems of fragmentation barrier, bouncing barrier and meter-size barrier, and unlike current theories, we provide an identical and coherent explanation for the formation of giant and terrestrials planets of solar system, super-Earths and hot Jupiters. The spherical shape of Chondrules tells us that the passage of a wave front was effective in the formation of Chondrules. Here we show that that wave front can be SSWP.