Electromagnetic Spectrum
| Photon Frequency | Photon Wavelength | Photon Energy | Photon Mass | Comments | |
| 100 Hz | 3x108 m | 6.6x10-34 J | 7.4x10-51 Kg | ||
| 101 Hz | 3x107 m | 6.6x10-33 J | 7.4x10-50 Kg | ||
| 102 Hz | 3x106 m | 6.6x10-32 J | 7.4x10-49 Kg | ELF | Mains eletricity is 50-60 Hz |
| 103 Hz | 3x105 m | 6.6x10-31 J | 7.4x10-48 Kg | SLF | |
| 104 Hz | 3x104 m | 6.6x10-30 J | 7.4x10-47 Kg | VF | |
| 105 Hz | 3x103 m | 6.6x10-29 J | 7.4x10-46 Kg | VLF | Long Wave Radio |
| 106 Hz | 3x102 m | 6.6x10-28 J | 7.4x10-45 Kg | MF | Medium Wave Radio (AM) |
| 107 Hz | 3x101 m | 6.6x10-27 J | 7.4x10-44 Kg | HF | Short Wave Radio |
| 108 Hz | 3x100 m | 6.6x10-26 J | 7.4x10-43 Kg | VHF | FM Radio |
| 109 Hz | 3x10-1 m | 6.6x10-25 J | 7.4x10-42 Kg | UHF | TV with Airial |
| 1010 Hz | 3x10-2 m | 6.6x10-24 J | 7.4x10-41 Kg | SHF | Mobile Phones |
| 1011 Hz | 3x10-3 m | 6.6x10-23 J | 7.4x10-40 Kg | EHF | Satellite TV |
| 1012 Hz | 3x10-4 m | 6.6x10-22 J | 7.4x10-39 Kg | Far Infra-red | |
| 1013 Hz | 3x10-5 m | 6.6x10-21 J | 7.4x10-38 Kg | Medium Infra-Red | |
| 1014 Hz | 3x10-6 m | 6.6x10-20 J | 7.4x10-37 Kg | Near Infra Red | Infra-red remote controls |
| 1015 Hz | 3x10-7 m | 6.6x10-19 J | 7.4x10-36 Kg | Near Ultra Violet | Sun beds |
| 1016 Hz | 3x10-8 m | 6.6x10-18 J | 7.4x10-35 Kg | EUV | |
| 1017 Hz | 3x10-9 m | 6.6x10-17 J | 7.4x10-34 Kg | S Xray | |
| 1018 Hz | 3x10-10 m | 6.6x10-16 J | 7.4x10-33 Kg | M Xray | |
| 1019 Hz | 3x10-11 m | 6.6x10-15 J | 7.4x10-32 Kg | H Xray | |
| 1020 Hz | 3x10-12 m | 6.6x10-14 J | 7.4x10-31 Kg | Gamma | |
| 1021 Hz | 3x10-13 m | 6.6x10-13 J | 7.4x10-30 Kg | ||
| 1022 Hz | 3x10-14 m | 6.6x10-12 J | 7.4x10-29 Kg | Mass of Electron | Photon or Particle? |
| 1023 Hz | 3x10-15 m | 6.6x10-11 J | 7.4x10-28 Kg | ||
| 1024 Hz | 3x10-16 m | 6.6x10-10 J | 7.4x10-27 Kg | ||
| 1025 Hz | 3x10-17 m | 6.6x10-9 J | 7.4x10-26 Kg | ||
| 1026 Hz | 3x10-18 m | 6.6x10-8 J | 7.4x10-25 Kg | ||
| 1027 Hz | 3x10-19 m | 6.6x10-7 J | 7.4x10-24 Kg | ||
| 1028 Hz | 3x10-20 m | 6.6x10-6 J | 7.4x10-23 Kg | ||
| 1029 Hz | 3x10-21 m | 6.6x10-5 J | 7.4x10-22 Kg | ||
| 1030 Hz | 3x10-22 m | 6.6x10-4 J | 7.4x10-21 Kg | ||
- This table was created using (E=h.f) to calculate the energy of photons with various frequencies. The answers are given in Joules
- According to Einstein (E=m.c2) mass is a form of energy. Therefore energy can be measured in Kg
- Stretching things even further, particles have energy that can be measured in Kg (the basis of nuclear power)
- It may be possible to place some inseparable particles in the electromagnetic spectrum
- Whilst this may fit the theories behind Wave-Partical duality, it could cast doubt on the existance of matter!
The final comments should be ignored by scientific novices because they present an unproven theory which incorporates untested concepts.
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