The latest (22 Oct 2025) Science Advances (vol. 11, #43) has:
Srivastava, B. Izidoro, A. The late formation of chondrites as a consequence of Jupiter-induced gaps and rings ady4823
Given what we know about planet formation (including some meteoritic evidence, computer simulations, and observations of other systems around other suns), it is likely that the newly-formed Jupiter (and maybe Saturn and Neptune) had an outsized effect on the protosolar nebula around them. But what, exactly? We have since formulated (and re-formulated) the Nice Model, which includes Jupiter (and maybe the other giant planets) shifting orbits. In any case, having a Jupiter nearby is serious business.
Srivastava Izidoro includes their claim that, after dust and gas accreted into asteroids, comets, and young planets, Jupiter caused a second wave of accretion. The immense gravity of the immense planet shaped the (not-so)protosolar nebula around it. By a chain of events, this led to asteroids (and their ejected meteorites) of the form and composition we know and love today.
Truly, a shooting gallery, that young Solar System. Impactors galore, and their effects (pre- and post-).