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Research Article

SICK BUILDING SYNDROME experimental study on the effect of bio geometry design on electromagnetic (wi fi) waves in architectural spaces

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Pages 483-503 | Received 28 Nov 2023, Accepted 17 Mar 2024, Published online: 27 Mar 2024

Figures & data

Figure 1. The relationship of the electric field to the magnetic field.

Figure 1. The relationship of the electric field to the magnetic field.

Figure 2. Sources of electromagnetic pollution.

Source: Hejo, Abdel Maksoud; 2002 [Citation4].
Figure 2. Sources of electromagnetic pollution.

Figure 3. The relationship of the figure to energy.

Source: researcher
Figure 3. The relationship of the figure to energy.

Figure 4. The shape of the tuning fork.

Figure 4. The shape of the tuning fork.

Figure 5. The mechanism of how the geometric shape works.

Source: researcher
Figure 5. The mechanism of how the geometric shape works.

Figure 6. The shape of the colors around the spherical shape.

Source: (Karim, Ibrahim; 2010, 52) [Citation10].
Figure 6. The shape of the colors around the spherical shape.

Figure 7. Shows the harmful negative energy of green.

Source: (Karim, Ibrahim; 2010, 57) [Citation11]
Figure 7. Shows the harmful negative energy of green.

Figure 8. Shows the form of refraction in the great pyramid to cancel negative energy.

Source: (Karim, Ibrahim; 2010, 59) [Citation11]
Figure 8. Shows the form of refraction in the great pyramid to cancel negative energy.

Figure 9. The different ways to solve problems produced from a semi-circular dome.

Source: (Karim, Ibrahim; 2010, 58) [Citation11]
Figure 9. The different ways to solve problems produced from a semi-circular dome.

Figure 10. The shape of the first natural case.

Source: researcher
Figure 10. The shape of the first natural case.

Figure 11. The shape of the second case with a positive effect.

Source: researcher
Figure 11. The shape of the second case with a positive effect.

Figure 12. The shape of the third case with the first treatment and the geometric shape used.

Source: researcher
Figure 12. The shape of the third case with the first treatment and the geometric shape used.

Figure 13. The geometric figure used and the 52° angle used to influence the Wi-Fi waves in order to create a balance.

Source: researcher
Figure 13. The geometric figure used and the 52° angle used to influence the Wi-Fi waves in order to create a balance.

Figure 14. The spatial shape used in the fourth case with the presence of a Wi-Fi device.

Source: researcher
Figure 14. The spatial shape used in the fourth case with the presence of a Wi-Fi device.

Figure 15. The use of the principle of repetition to find organized energy.

Source: researcher.
Figure 15. The use of the principle of repetition to find organized energy.

Figure 16. How to find the organized energy through the area of the golden section and the angle of 135°.

Source: researcher
Figure 16. How to find the organized energy through the area of the golden section and the angle of 135°.

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.

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.

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.

Figure 20. The shape of the hippocampus in the normal state (−ve control).

Source: researcher
Figure 20. The shape of the hippocampus in the normal state (−ve control).

Figure 21. The shape of the hippocampus in the case exposed to wi-fi waves (+ve control).

Figure 21. The shape of the hippocampus in the case exposed to wi-fi waves (+ve control).

Figure 22. The shape of the hippocampus in the case exposed to Wi-Fi waves + the stereotype.

Source: researcher
Figure 22. The shape of the hippocampus in the case exposed to Wi-Fi waves + the stereotype.

Figure 23. The shape of the hippocampus in the case exposed to Wi-Fi waves + the geometric figure.

Source: researcher
Figure 23. The shape of the hippocampus in the case exposed to Wi-Fi waves + the geometric figure.

Figure 24. The average number of neurons in the four cases.

Source: researcher
Figure 24. The average number of neurons in the four cases.