Spiral Galaxy Resonance with Low Frequency Electromagnetic Waves
Posted: Mon Jan 01, 2024 7:15 pm
Spiral Galaxy Resonance with Tremendously Low Frequency Electromagnetic Waves
Spiral Galaxy Meissier-83
Spiral Antenna
Spiral Antenna Overlay on Meissier 83
Resonant frequency calculation:
Archimedian spiral:
Messier 83 diameter = 118,000 light-years. (radius = 59,000 light-years).
The low frequency operating point of the spiral is determined theoretically by the outer radius and is given by:
https://i.ibb.co/NFnDN5z/spiral-antenna ... -point.png
r2=59,000 light-years
low frequency = C/(2*pi*59,000 light-years)
low frequency = 2.6975438685 E-6 cycles/year
low frequency = 8.5538549177 E-14 cycles/second (hertz)
Where c is the speed of light. Similarly the high frequency operating point is based on the inner radius giving:
https://i.ibb.co/xS4FbfL/spiral-antenna ... -point.png
Messier 83 R1 = approximately 10,000 light-years.
therefore:
High frequency = C/(2*pi*10,000)=
High frequency = 1.591550775244 E-5 cycles/year
High frequency = 5.046774401 E-13 cycles/second (hertz)
Spiral Galaxy Meissier-83
Spiral Antenna
Spiral Antenna Overlay on Meissier 83
Resonant frequency calculation:
Archimedian spiral:
Messier 83 diameter = 118,000 light-years. (radius = 59,000 light-years).
The low frequency operating point of the spiral is determined theoretically by the outer radius and is given by:
https://i.ibb.co/NFnDN5z/spiral-antenna ... -point.png
r2=59,000 light-years
low frequency = C/(2*pi*59,000 light-years)
low frequency = 2.6975438685 E-6 cycles/year
low frequency = 8.5538549177 E-14 cycles/second (hertz)
Where c is the speed of light. Similarly the high frequency operating point is based on the inner radius giving:
https://i.ibb.co/xS4FbfL/spiral-antenna ... -point.png
Messier 83 R1 = approximately 10,000 light-years.
therefore:
High frequency = C/(2*pi*10,000)=
High frequency = 1.591550775244 E-5 cycles/year
High frequency = 5.046774401 E-13 cycles/second (hertz)
