Nonlocality is an inherent natural feature of quantum reality described by its wave function (WF). It shows itself up not only in the widely discussed cases with two or more particles, but also with one spinless particle. The point is that the WF-Collapse (WF-C) is in general a nonlocal phenomenon. Consider for example a one particle plane wave in quantum mechanics: the particle location in one place is a WF-C that replaces the plane wave by a new WF with zero location in all other places. It means simultaneous prediction with confidence of negative search results at any other remote place where the particle could have been detected before the WF-collapse. It is not spooky; it is strange, but natural.