Not unless you plan to keep the environmental temperature at absolute zero.

So, in conclusion, the data show that at temperatures approaching absolute zero, the moment of inertia changes, and a solid becomes a supersolid, which clearly appears to be a previously unknown state of matter.

So in conclusion... ...the data show that at temperatures approaching absolute zero... ...the moment of inertia changes and the solid becomes a supersolid... ...which clearly appears to be a previously unknown state of matter.

And you sir, you have completely skipped over the part where I was walking through the park and I saw these children on a merry-go-round which started me thinking about the moment of inertia in gases like helium at temperatures approaching absolute zero.

And you, sir, you have completely skipped over the part... ...where I was walking through the park... ...and I saw these children on a merry-go-round... ...which started me thinking about the moment of inertia... ...in gasses like helium at temperatures approaching absolute zero.