As another Lame Cherry exclusive in matter anti matter.
No one has explained 5g as to the real problems with it so people can understand it, but when I read that teh Europeans are moving toward 6g to create an Artificial Intelligence network, the reality of human extermination is in action.
The following explains that the reason the Pentagon is able to use frequency weapons, to burn people, is due to the fact that human sweat glands are coiled, as in DNA, and they capture radio waves.
To put this a way for you to understand. What happens if you rub your arm fast? It gets warm, and it starts to burn, and your body reacts with a blister, before your skin sluffs off.
Which effects your ear more, a low growl from a dog, or a child screaming in your ear? Higher pitches or frequency, hurts, because it is vibrating faster. 4g vibrates, 5g vibrates faster, 6 g's faster yet. You have something akin to this in a microwave in your home. Put anything non polar, in other words living, into a microwave, and the long chains start vibrating, heating up and breaking down.
The world is being turned into a giant microwave. Plants, animals and certain molecular chains which are non polar will heat up.
So basically in summary what he is saying is that in this study they showed that the “coiled portion of the sweat duct” in the upper skin layer acts as a “helical antenna in the sub-THz band”. This basically means that some of the frequencies that 5G use is the same as used by our body, particularly our skin in this example. And so the coiled portion of our sweat ducts act as helical antennas or receivers to some of these 5G signals, which can do a variety of damage to our skin and bodies. This I believe is part of how the US Military microwave weapon “Active Denial System” is able to heat up the skin.
This 6g is going to narrow cast, not broad cast 1 tetrabyte per user. Immense amounts of radio use, or data, and this kind of use, is narrow cast in bursts, high frequency bursts, which your DNA is will respond to, not in a healthy manner, unless blowing your DNA up or heating your body to high temperatures is considered healthy.
- Social and business drivers of 6G wireless innovation, including adherence to the United Nations’ Sustainable Development Goals and the evolving needs of the data market: the paper notes that while ‘[t]he technical success of 5G has relied on new developments in many areas and will deliver a much wider range of data rates to a much broader variety of devices and users[,] 6G will require a substantially more holistic approach to identify future communication needs, embracing a much wider community to shape the requirements of 6G.’;
- 6G use cases and new devices – the paper predicts a shift in user devices from smartphones toward wearable devices with virtual, augmented or mixed reality capability, along with the emergence of other innovations in technological engagement such as telepresence, mobile robots and autonomous vehicles; and identifies these as factors to be considered when constructing 6G-enabled networks;
- Key performance indicators and projected spectrum capability for 6G wireless connectivity, which the experts say should aim to transmit at rates of up to 1Tbps per user;
- Progress and challenges of the necessary radio hardware – communications applications and architecture must merge in order to offer the spectrum needed to achieve the requisite speeds for 6G connectivity;
- Wireless systems and the physical layer of development – the paper highlights issues of increased energy consumption and data processing, saying: ‘Meeting all the challenging requirements identified requires a hyper-flexible network with configurable radios. AI and machine learning will be used in concert with radio sensing and positioning to learn about the static and dynamic components of the radio environment.’;
- 6G wireless networking, including secure privacy protection protocols and the growing role of Artificial Intelligence and blockchain capability; and
- New service enablers – the paper highlights the growth of edge and cloud computing, machine learning and Artificial Intelligence and highlights the importance of shoring up privacy and trust in the network.
At 4g's this alters DNA, creatures a sugar concentration which grows cancer. 5g is more amplified in corrupting DNA. 6g is a reality of burst weapons.
Cell Phone Networks and Frequencies Explained: 5 Things To ...
Oct 14, 2019CDMA vs. GSM. CDMA and GSM are the two radio networks used by wireless carriers and present in cell phones. CDMA stands for "code division multiple access" and GSM stands for "global system for mobiles. As you might guess, GSM networks are much more common globally than CDMA ones.Cell-phone Frequencies - HowStuffWorks
A cell phone is a full-duplex device. That means that you use one frequency for talking and a second, separate frequency for listening. Both people on the call can talk at once. Channels - A walkie-talkie typically has one channel, and a CB radio has 40 channels. A typical cell phone can communicate on 1,664 channels or more.Cellular frequencies - Wikipedia
Cellular frequencies are the sets of frequency ranges within the ultra high frequency band that have been assigned for cellular-compatible mobile devices, such as mobile phones, to connect to cellular networks. Most mobile networks worldwide use portions of the radio frequency spectrum,...
Like most things in this modern world, there is something beyond insane in those promoting these concentrated radio waves. They literally kill male reproductivity.
It simply is a reality, that if you shake anything it breaks it. Shake enough cream and you get butter, and you ain't butter, as two things come out of shaken cream, butter milk and butter, meaning the cream was separated and destroyed.
What frequency is 5G? | About Verizon
Nov 18, 2019What frequency does 5G use? High-band spectrum is sometimes called millimeter wavelength (mmWave) in the cellular industry, and it enables about 28 GHz of frequency. This is considerably faster than 4G networks, which use about 700 MHz-2500 MHz frequency to transfer information.
What frequency does 5g use? | AnswersDrive
What frequency does 5g use? As far as frequency, the 5G test network used a 15 GHz frequency band, which is higher and shorter range than current 3G/4G cellular frequencies that top out at around 2.6 GHz , i.e. 2600 MHz LTE Band 7.What frequency spectrum will 5G technology use and how does ...
The 5G frequency band plans are much more complex, as the frequency spectrum for sub-6 GHz 5G spans 450 MHz to 6 GHz, and millimeter-wave 5G frequencies span 24.250 GHz to 52.600 GHz, and also include unlicensed spectrum. Additionally, there may be 5G spectrum in the 5925 to 7150 MHz range and 64 GHz to 86 GHz range.
It is impossible to concentrate this much data, move it at this speed, and it to not be like a bullet fired out of a gun.
Once again, another Lame Cherry exclusive in matter anti matter.
Nuff Said
Creedence Clearwater Revival: Travellin' Band - YouTube
Oct 26, 2007Creedence Clearwater Revival Travellin' Band Cosmo's Factory Lyrics: Seven Thirty Seven comin' out of the sky. Oh! Won't you take me down to Memphis on a mid...
agtG
