The mechanism related to electron alignments and the movement of electrons between them in the materials constituting TLD chips, along with very precise and sensitive methods of reading charges and counting electrons with different energies located in these levels, make these materials and this technique suitable candidates for studying and observing the effects of T-Consciousness Fields (TCFs). Previously, the effect of TCFs on the population of used and unused GR-200 chips was investigated over a period of about 21 days. Also, in a separate study, the results were examined and analyzed to observe changes with different announcers. In all of these studies, it was revealed that TCFs manifest their effect by reducing the charge read in the population until about 21 days after TCFs treatments. In this study, by summarizing the data obtained from three studies conducted with differences in the structure of the initial population and the announcer, we have compared changes in charge and entropy in these populations. The results of this study showed that the effectiveness of TCFs on these materials is possible, even though these fields are not inherently matter and energy. Moreover, evidence of effectiveness is independent of the structure of the sample and the announcer, together with the reduction of charge and entropy of the system (equivalent to the addition of system information based on the approach of information theory) and delivery of some specific energy to the system, taking into account the law of conservation of matter, energy, and T-Consciousness, in which energy is provided for the system under the influence of the T-Consciousness factor; Also, the specific effect of the TCFs on the targeting of radiation at the level of the material by maintaining its effects in the mind of the material, during this study is evident.