We start the assembly from placing the central capsule, the one in which the specimen will be located, at the center of the straw selected to carry the whole ensemble, as presented in Figure . For the sake of presentation, we illustrate the assembly process using white-colored #5 gelatin capsules. The results of the SQUID measurements presented on the right side of Figure are taken for the transparent PCCs discussed in this study, as presented in Figure . All of these measurements are performed at room temperature and at H = 10 kOe. The corresponding scan (the "Long Avg. Scaled Response", see Appendix B) registered by the SQUID is marked in Figure as grey symbols. This scan is our reference point. It exhibits the typical shape, distorted noticeably from the ideal point object response because of the extended nature of the capsule with its length of about 11 mm. We calculate the corresponding magnetic moment using the standard point object SQUID response function (SRF). The technical aspects of this process are detailed in Appendix B. We consider two cases. First, the center of the scan window is fixed at 2.0 cm, which is at the center of the capsule. This result is marked by black line in Figure . Second, the center of SRF is fixed at 2. The assembly continues by addition of one capsule on both sides of the central capsule, as shown in Figure , case "1". The magnetometer registers this change. The form of the scan corresponding to this configuration (cyan symbol in Figure ) assumes a trapezoidal form and the overall amplitude is visible reduced. This is immediately reflected in the calculated magnetic moments corresponding to this configuration (cyan filled circles in Figure ). The main message here is that the detection unit of the magnetometer now reports a twice smaller magnetic moment despite having three times more material in the chamber. The improvement continues after placing next neighbors on each side, Figure , case "2", and magenta filled circles in Figure . However, an interesting thing happens now: the scan inverts (magenta symbols in Figure ), so the train of five diamagnetic capsules is "seen" as a blurred "paramagnetic" object.