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Black body radiation vs. RF-EMF (Radiowaves)
Same but different!
Synthetic RF-Light vs. Natural BBr-Light
Synthetic Radiowaves [RF-Light] and natural Black Body radiation [BBr-Light] contains energy rays called “Photons” [Light] often described as “Electromagnetic Fields” [EMF] or “Electromagnetic radiation” [EMR] and both light formats has a strong wavelength dependency. Different composition/combinations of wavelength´s will change outcome at a quantum level, dependent of radiated power, matter exposed and environmental factors. Still, same but different, their structure and interaction possibilities differ tremendously due to format, design and situation.
Simple explanation: There is a big difference between man made Radiowaves and natural Black Body radiation, both in appearance, composition and interaction. Same but different, low level quantum different!
BBr-Light
Black Body radiation, our planet´s natural light (EMF, EMR) design, it has a mixed noise-structured composition, a life depending radiation form of pure energy. Evolution has adopted life to interact with its design creating a wide variety of life forms using quantum level interaction patterns. Life forms that often are dependent of each-other, regulated primary by Sun and localities chromatic signature [wavelength-interval; temperature, colors] and water. BBr-Light has a wide chromatic spread and objects temperature are described by certain color-peaks [wavelength-intervals] describing radiating objects thermal signature [radiation temperature], hot objects has a peak in shorter wavelength intervals and colder objects in prolonged wavelength intervals.
Simple explanation: Natural Black Body radiated light has a very wide chromatic wavelength span (colors) and a soft interaction model and life on planet earth are designed to interact with its properties. Objects radiating Black Body radiation has a temperature described by wavelength=colors intensity peaks [radiation temperature intervals], hot=short wave peak, cold=long wave peak.
(BBr) Black Body radiation chart (light)
BBr-Light = Black body radiation; very wide wavelength bandwidth, natural design, noisy, soft non-polar design
BBr-Light and Objects
Our Sun is very hot [5000C+] and emits BBr-Light over a wast spectra (*Colors, all above and more), Sun emits most energy in the visible spectra [Eye-Light, short wavelengths] and colder surfaces, as on planet Earth, emits most energy in the Infrared spectra [IR-Light, medium wavelength´s]. Microwaves [long wavelengths] are also naturally emitted by Sun and objects all over the globe though in practice close to zero [0 W/m2] due to microwave photons lack of energy [low frequency].
Simple explanation: Sun is very hot emitting wavelength peak in short wavelengths area and sun is emitting Black body radiated Microwaves, though in practice close to 0 watts per square meter on planet earth. Microwaves are super cold and has a prolonged wavelength.
BBr-Light and Thermal increase
BBr-Lights multi-polar and noise-structured radiation design creates thermal increase upon receiving object, if it has a lower temperature than object radiating. Temperature increase created by hot object radiated BBr-Light will increase temperature on cold objects surface slowly spreading into cold object using Thermal-phonons quantum vibration signature.
- High radiation temperature = Short wavelengths maximum, high frequencies area
- Low radiation temperature = Long wavelengths maximum, low frequencies area
- Frequencies = Temperature
Simple explanation: It is impossible to increase temperature on a hot object using BBr-Light radiated from a cold object!
RF-Light (Radiowaves)
RF-Light
Radiowaves consists of a simplified synthetic light design, with amplified quantum interaction properties, constructed in monochromatic small wavelength-bands [single colors], radiating coherent [synchronous pattern] and often polarized [single direction X or Y, unidirectional] wave forms. Mobile base stations and phones antennas are dependent of this technique and their power outputs are trillions of times stronger compared to similar wavelength-band of natural BBr-Light background radiance [5G, RF 3,5 GHz = factor 10^12 (active base station average, single antenna)].
Simple explanation: From an evolutionary perspective radiowaves are a new distorting form of radiation, radiowaves has existed shorter than a blink of an eye (relative assumption) and one single source has a relative power output that is unbelievably strong [RF, 4G/5G-antenna] compared to natural black body radiation background.
Example: 4G/5G RF-mobile bands
RF-Light = Radiowaves; small narrow wavelength band´s, pulsed, polarized and coherent design, (+-) polar aggressive
RF-Light, Focus 4G & 5G, Microwave-Light
RF-Light in the Microwave wavelength area is used by 4G and 5G communication devices, transferring information between users and equipment using several narrow wavelength-bands [monochromatic color bands]. High frequency [short wavelengths] bands are used to increase information bandwidth in smaller areas and low frequency bands [long wavelengths] for increased areal reach [low information bandwidth].
Simple explanation: Man made simplified Microwave-Light is used for mobile communication purposes.
RF-Light complexity 4G & 5G
Mobile communication of today is digital, information mass are transmitted in high transient packages [pulses] in single or parallel mode [frequency bands], for instance using RF 3,5 GHz band to send and/or receive 3,5 GHz digital information spread in each package. XG-communication use frequency bands in a wide range of the microwave spectra, using several defined wavelength-bands to increase efficiency, speed and range. MHz-bands are used to increase range and GHz-bands for speed, several bands can also be used simultaneously to further increase speed; modern mobile phones has several antennas. Input and output signals are pulsed packages and each package deliver digital information, making it possible to serve several users at the same time using a single base station antenna and to use interactive mathematical methods controlling quality and correcting received errors. GHz-mmWaves are strongly affected by environment and surroundings making signal less coherent and controllable [blended=dispersion, attenuation] demanding a closer network of base stations and antennas [exponential increase of radiation] to maintain speed and connections quality, especially in dense populated area´s with a lot of users.
Simple explanation: The shorter wavelength bands used sending increasing masses of information, the more antennas will be required maintaining interaction quality and increasing speed.
note. We are living in an uncontrollable mishmash of several unnatural and interactive XG microwave radiation bands, then add all other high power radiowave outputs using different frequencies and techniques.
Examples use: WiFi, Bluetooth, IoT, smart tech, camera, alarm, toys, kitchen, radars, satellites, industrial, military, radio, TV and don’t forget about their different high and low reflection/interaction patterns, mathematical chaos theory!
RF-Light and temperature (CPnano-Thermal indicator)
Radiating temperature of Microwave spectra is close to Absolute 0K [less than -270C] and can therefore not increase temperature of non-polar molecules or locked polar molecules (example: Ice), wavelength´s are to long and non-Polar molecules electric charge are balanced out and will therefore not interact with coherent RF-Light prohibiting phonon activity and thereby thermal increase and frozen water (pure ice) do not adsorb microwaves [RF 2,45 GHz, Microwave oven] even though liquid water is a great adsorbent of the same spectra. Frozen water consist of identical polar molecules [dipoles] as liquid water, when frozen [less phonon activity], polar bonds (+-+-...) increase locking molecules [dipole-dipole bonds, quantum Lego], prohibiting microwave interaction and thermal increase. Thermal increase created by RF-Light is nothing but a secondary effect an “indicator” of different interaction models of so called “non-Thermal effects”, an often used term describing polar molecules/substances effects when influenced by RF-Lights design and structure creating different unnatural quantum interference patterns and distortions.
Simple explanation: Radio-frequencies can not increase temperature in the same way as Black Body radiation due to radiowaves very cold radiating temperature, a different interacting model must be found. I call it the “CPnano-Thermal indicator” indicating appearance of some or many so called “non-Thermal effects” created by unnatural radiowaves distorting polar molecules and substances.
I hope most researchers understand interactions time dependency and complexity because it seems neither "ICNIRP" or "Google AI" can diversify and understand. Fact, RF [coherence, polarization] induced thermal increase leads to new CPnon-Thermal effects accelerating changes diversity and amount in complex polar molecules/substances.
Google AI version: RF-thermal and RFnon-Thermal are "separate issues"? Its not!
De facto, RFnon/nano-Thermal effects induces Temperature change!
Example: RF-Light+Polar molecules/areas
Search: pulsed coherent polarized microwaves thermal vs non-thermal first
Example: Phonon Denaturation (changes) first = Temperature, a secondary effect!
Important words: "Phonon" and "non-Thermal" (CPnon-Thermal effects)
Search: phonon denaturation non-thermal emf
Next page – non-Thermal effects >>
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