Both types of capsules have different sizes and masses. The #5 PCCs range between 22 and 35 mg and the #4 GCs between 30 and 44 mg, but it turns out that both types are characterized by a similar mass susceptibility  of about -6.3(2) × 10 -7 emu/g/Oe. Therefore, for the sake of simplicity and to relate the results to the similarly diamagnetic specimens of a very small mass, wherever possible, the magnetic results are converted to the mass of an idealized, yet quite typical, mass of polycarbonate capsules, i.e., to 30 mg. In that sense this conversion will make the conclusion of our findings independent of the magnitude of the magnetic field H, at which the measurements are taken, as both signals of the capsule(s) and the specimen scale similarly with H. Additionally, for the sake of argument, we define a standard reference diamagnetic material (SRDM) and assign to it magnetic susceptibility SRDM = -5 × 10 -7 emu/g/Oe, that is, a kind of broadly understood average between room tempera-ture magnitudes of  of capsules and other commonly met materials as: Si (Si  -1.2 × 10 -7 emu/g/Oe), GaAs (GaAs  -2.25 × 10 -7 emu/g/Oe) , or sapphire (sapphire  -3.5 × 10 -7 emu/g/Oe) .