Spatial structure of helium trimers as confirmation of structurelessness in quatarons

It is shown that new experimental data [1] on spatial structure of helium trimers, demonstrating absence of certain structure in them, can be considered as the proof of similar absence of structure in clusters of "hidden" phase (quatarons) in crystal-forming media. Thus it is supposed that the dynamism of structure can be as well realized in cluster structures (quatarons) with a large number of atoms (n> 3) if mainly van der Waals bonds between atoms, molecules or other structural units forming them are retained in quatarons. In the process of establishment of strong chemical bonds between atoms quatarons become more and more similar to rigid objects, which form and structure is quite predictable, while hollow quatarons, for example, carbon at covalent bonds between atoms are transformed in fullerenes.