According to our current theory of planet formation, can a Jupiter-like planet form from a rotating disk of dust and gas close to its parent star?

Question

Quizplus · Accepted Answer

Jupiter-like planets are believed to have formed beyond the "frost line" of their protoplanetary disk where it was cold enough for gases to condense into solid icy grains. In contrast, closer to the star, the temperatures are too high for these gases to condense, which means they can't contribute to planet growth. Therefore, a Jupiter-like planet cannot form from a rotating disk of dust and gas close to its parent star.

According to Our Current Theory of Planet Formation, Can a Jupiter-Like