Figures & data
Figure 6. The shape of the colors around the spherical shape.
![Figure 6. The shape of the colors around the spherical shape.](/cms/asset/ef4d1ca8-3f1a-4dc6-8eed-2ecd4796e08e/thbr_a_2333682_f0006_b.gif)
Figure 7. Shows the harmful negative energy of green.
![Figure 7. Shows the harmful negative energy of green.](/cms/asset/ebdcf483-94c5-4319-a215-602dddcda1a4/thbr_a_2333682_f0007_b.gif)
Figure 8. Shows the form of refraction in the great pyramid to cancel negative energy.
![Figure 8. Shows the form of refraction in the great pyramid to cancel negative energy.](/cms/asset/ad5d4974-c5e9-4025-99e7-e78184d82734/thbr_a_2333682_f0008_b.gif)
Figure 9. The different ways to solve problems produced from a semi-circular dome.
![Figure 9. The different ways to solve problems produced from a semi-circular dome.](/cms/asset/825bf85b-310d-49e3-a05b-c9d43a46170e/thbr_a_2333682_f0009_b.gif)
Figure 12. The shape of the third case with the first treatment and the geometric shape used.
![Figure 12. The shape of the third case with the first treatment and the geometric shape used.](/cms/asset/f6430568-7b69-4802-8448-8d300d857432/thbr_a_2333682_f0012_oc.jpg)
Figure 13. The geometric figure used and the 52° angle used to influence the Wi-Fi waves in order to create a balance.
![Figure 13. The geometric figure used and the 52° angle used to influence the Wi-Fi waves in order to create a balance.](/cms/asset/fc6cbd08-1171-48af-9787-21e8c2794fea/thbr_a_2333682_f0013_b.gif)
Figure 14. The spatial shape used in the fourth case with the presence of a Wi-Fi device.
![Figure 14. The spatial shape used in the fourth case with the presence of a Wi-Fi device.](/cms/asset/0da2b841-f0c5-4ec2-8b48-d4cd66395b0b/thbr_a_2333682_f0014_oc.jpg)
Figure 16. How to find the organized energy through the area of the golden section and the angle of 135°.
![Figure 16. How to find the organized energy through the area of the golden section and the angle of 135°.](/cms/asset/386fcde5-34a7-4c3f-b3ca-eea7bb64c514/thbr_a_2333682_f0016_b.gif)
Figure 17. How to use the infinity ratio in the design in order to direct and spread the energy in the entire space. Source: researcher.
![Figure 17. How to use the infinity ratio in the design in order to direct and spread the energy in the entire space. Source: researcher.](/cms/asset/80999cf2-c675-4889-8e5a-dc9be1578f4a/thbr_a_2333682_f0017_b.gif)
Figure 18. How the principle of transparency is used to obtain regulated energy. Source: researcher.
![Figure 18. How the principle of transparency is used to obtain regulated energy. Source: researcher.](/cms/asset/0e5bb570-2715-4649-9e6b-c97715fdf590/thbr_a_2333682_f0018_b.gif)
Table 1. The shape of the four tested cases.
Figure 19. The shape of the hippocampus responsible for preserving memory in the brain.
![Figure 19. The shape of the hippocampus responsible for preserving memory in the brain.](/cms/asset/1cc6bf5f-34bd-47ed-ab97-ab09b5b9fb32/thbr_a_2333682_f0019_oc.jpg)
Figure 22. The shape of the hippocampus in the case exposed to Wi-Fi waves + the stereotype.
![Figure 22. The shape of the hippocampus in the case exposed to Wi-Fi waves + the stereotype.](/cms/asset/498dfd91-f14a-400b-942e-983c89c05ad0/thbr_a_2333682_f0022_oc.jpg)
Figure 23. The shape of the hippocampus in the case exposed to Wi-Fi waves + the geometric figure.
![Figure 23. The shape of the hippocampus in the case exposed to Wi-Fi waves + the geometric figure.](/cms/asset/824eea4d-b945-4f4b-87db-24cccf4d042f/thbr_a_2333682_f0023_oc.jpg)