Has solar system lost two planets or is the standard model for the formation of the solar system totally wrong?

Sabine Hossenfelder (see this) told about a possible solution of a problem plaguing the standard model of the solar system. The model cannot explain the formation of planets as a gravitational condensation of a proto disk. The narrative discussed by Sabine is that actually 2 additional planets would have formed but would have been lost later due to collisions of the planets.

TGD suggests an alternative solution to the problem. Instead of two planets missing from the model, the entire view about the formation of planets by gravitational condensation from the primordial matter disk would be wrong. The TGD proposal is that the planets were formed in explosions throwing out a surface layer of the Sun. There is an obvious analogy with supernova explosions (see for instance this, this and this).

This kind of explosion could have also led to the formation of the moons of the Earth and Mars.

1. It is now known that the Moon consists of same stuff as the Earth, which strongly disfavors the earlier model, which assumes that Moon was formed as a planet, christened as Theia, having a mass about mass of Mars collided with the Earth and threw out mass that condensed to form the Moon (see this).
2. By taking the formation of Moon and the mysterious Cambrian explosion in which photosynthesizing multicellular life suddenly popped up out of nowhere, as starting points, one ends up to a rather detailed quantum view of the geological and biological evolution of the Earth (see this).
3. The formation of the Moon would be associated with the contraction of the radius of the Earth by factor 1/2 about 4.5 Gy ago. Much later an expansion of radius by factor 2 would have given rise to Cambrian Explosion (CE) .5 Gy ago. Life would have evolved in underground oceans and bursted to the surface in CE.

There are several questions to be answered.

1. The energetics of the expansion is not possible in the standard physics. How metabolism and evolution of photo-synthesizing multicellular life were possible in underground oceans? How were the underground oceans possible in the first place? TGD based new physics suggests answers to these questions.
2. p-Adic length scale hypothesis applied in condensed matter scales makes the model quantitative. A crucial step would have been the reduction of atomic radius by factor 1/2. There is evidence for this kind of transition in lab scale (experiments of Mills (see this) and Holmlid (see this). The liberated atomic binding energy makes possible the formation of the Moon and also provides the metabolic energy making possible the formation of quantum coherent large h_eff phases even in the scale of the Earth.
3. The large scale quantum entanglement reduces the number of translational degrees of freedom and makes possible low pressure and temperature essential for life. Pollack effect is also an essential aspect of the model. This could make possible the evolution of life in underground oceans or water reservoirs under paradize-like conditions in the womb of Mother Gaia.

This kind of model could apply also to the formation of planets by explosions throwing out a surface layer of the Sun and even to supernova explosions. The physics in the interior of the Sun could be completely different from the standard view.

1. I have already earlier proposed a model for solar wind and solar energy production, which would not be based on fusion in the solar core but to a transformation of nuclei of M₈₉ hadron physics with mass scale by a factor 512 higher than ordinary hadron mass scale to ordinary hadrons. The unexpected strange features of quark gluon plasma provide evidence for M₈₉ hadron physics (see this).
2. The model suggests that the interior of the Sun, about which we have only speculations, is actually more analogous to a huge living cell rather than a superhot hell inside which hot fusion takes place. See (see this).

See the article About the recent TGD based view concerning cosmology and astrophysics or the chapter with the same title.

For a summary of earlier postings see Latest progress in TGD.

For the lists of articles (most of them published in journals founded by Huping Hu) and books about TGD see this.