The first Nobel laureate for the discovery of superfluidity of helium, Kapitza until the end of his days did not understand the true nature of this phenomenon, considering it to be "purely quantum" and not paying attention to the experimental evidence of the absence of indivisible quanta of energy in the material World [1]. This misunderstanding corrected the theory of nonlinear oscillations, finding that all surprising, at first sight, contradictory properties of superfluid helium due to the presence of liquid helium very long, macroscopic length, "one-dimensional" molecules. The surprising behavior of the superfluid "neutron fluid" in "neutron stars" is due to straightforward "one-dimensional" chains kilometer length, from neutrons under tremendous pressure. Harvard physicists have shown commendable tenacity, extremely persistent in trying to restructure hydrogen using huge pressure, hoping to get it "stable "metallic" form. And although they found a completely different, but also extremely interesting, for many years does not give anyone but them – superfluid hydrogen! Harvard physicists have shown commendable tenacity, extremely persistent in trying to restructure hydrogen using huge pressure, hoping to get it "stable "metallic" form. And although they found a completely different, but also extremely interesting, for many years does not give anyone but them – superfluid hydrogen!