This probability results in a dot picture. Drawing a general outline picture of an electron orbital is accurate only for a hydrogen atom but for any atom which has more than one electron then the outline picture of the electron orbital is only a first approximation, because the picture is very complex due to the many electron-electron interactions. The parts of mass is what we see as galaxies. Whenever we collapse the wavefunction of the probability density of the 5f6 then what we observe are galaxies of the night sky. Since the electromagnetic potential is infinite, this implies that the dots of electron density distribution is infinite.
Astronomical objects have no end in the uncollapsed wavefunction.
The further in space we make observations, the further we will collapse the probability wavefunction and consequently materialize newer astronomical objects. We will never come to an end in observing matter of the 93rd and 94th electron. Galaxies are more dense near the nucleus and become sparser the further out from the nucleus. Much further out from the nucleus, there are no more stars or planets, only astronomical objects are materializable. Every electron is infinite in the uncollapsed state.