Tuesday, 17 March 2020


Italy, Spain, France, and Germany all leading in Europe's 5G networks, with the the highest rates of COVID-19 in the EU ... China sees a spike in cases right after it tests and launches one of the largest 5G bases in the world ...Wuhan cases spike the day it launches a 5G Expressway Project for monitoring traffic ... US sees a spike in coronavirus cases after T-Mobile launches its nationwide 5G network, with outbreaks occurring precisely in 5G hotspots ... Too many coincidences?

Hokkaido, Japan experiences the greatest pandemic outbreak in the country, after testing the world's first 5G car connection test, while deploying 5G in roadway tunnels ... the planned Event 201 coronavirus pandemic scenario before the outbreak hits Wuhan ... the flaws of testing for COVID-19 and its relation to the common flu ... 

Are we seeing the hazardous health effects of 5G radiation, which cause flu-like symptoms and increase viruses potential to infect humans? How does 5G EMF radiation affect our cells' membrane permeability, making it easier for coronavirus to enter our cells and begin replication? Are the vulnerable elderly contracting COVID-19 that is worsened by 5G radiation, and as a result, are we seeing the devastating result of a growing 5G Syndrome?

Coincidence or 5G Syndrome? The left map shows cases of coronavirus in the U.S. (Source: NY Times), while the right map show's locations of T-Mobile's 5G network, where dark purple represents networks over 600 MHz (Source: Meta-Center Chicago). 

5G Syndrome or Coronavirus?
You be the judge.

Take a good look at the most advanced 5G countries, with China coming in first, followed by South Korea, U.S., Japan, U.K., Germany, France, and a few others. The diagram is not perfect and does lack some important countries. However, after doing some basic research, you will see that Italy, Spain, Iran, Switzerland, and a few others should also be included in this diagram below. 

5G countries ranked at a glance: Italy, Spain, Iran, and Switzerland are missing. [Source: Medium.com]

Do you think it's a coincidence that the most advanced 5G countries happen to have the highest rates of coronavirus? China, Italy, Iran, Spain, S.Korea, Germany, France, US, UK, and Switzerland just to name a few. In this article, we will be exploring all of this and more, using official sources. If you are not familiar with 5G health effects, it is recommended you read this section first. The article is broken up into the following sections:

  • China: 5G Launches Weeks Prior to COVID-19 Outbreak
  • Europe's 5G Leaders: Italy, France, Spain, Germany
  • Italy: the Case for Milan vs Rome
  • Switzerland: 5G Halt Causes a Lag in Sickness
  • United States: T-Mobile 5G Goes Nationwide, and Along Follows the Wave of Sickness
  • Washington is Bathing in 5G Radiation
  • 5G Hotspots: Bellevue, East Seattle, & Snohomish
  • What about Houston? They've had 5G since 2018. 
  • Iran: COVID-19 Spikes During 5G Testing
  • South Korea:71,000 5G Bases Installed and Sickness Follows 
  • Japan: Why Hokkaido is the Most Infected City
  • Latin America: Brazil is Leader in 5G Readiness and COVID-19
  • Australia: 5G Map Perfectly Aligns with COVID-19
  • Canada: Launches 5G on 4G Core
  • Flawed Testing & Statistics
  • Event 201: the Prestaged Coronavirus Pandemic Scenario
  • Health Effects of 5G Radiation
  • Variables Involved in 5G Syndrome 

Total Confirmed Coronavirus Cases as of March 17. [Source: WorldOMeters]

Death rate as of March 6: US surpasses China during their race for 5G. [Source: Business Insider]

China: 5G Launches Weeks
Prior to COVID-19 Outbreak

The Wuhan coronavirus pandemic was most likely staged to cover-up the public health crisis caused by the intensive 5G roll-out in Wuhan City in 2019. As most people know, China (as of March 17) has the most reported cases of coronavirus worldwide. According to official reports for disease prevention and control, China had nearly 82,000 cases as of March 11. China also happened to install and run one of the world's largest 5G networks, just prior to people falling ill. 

Xinhua News reported on Oct 31 that central China province (Hubei) would launch commercial 5G applications in Wuhan towards the end of 2019:
Hubei Province, one of central China's biggest transportation hubs, will take the lead in conducting mass trials of 5G technology. Wuhan City, the capital of Hubei, is expected to have 10,000 5G base stations by the end of 2019, said Song Qizhu, head of Hubei Provincial Communication Administration.

Weeks following the 5G network testing and launching, people in Wuhan began getting sick. At the moment, with 10,000 recently installed 5G antennas plastering its city, Wuhan is one of the most 5G-electro-polluted cities on the planet. Isn't that a coincidence? Wuhan just happens to be the most 5G advanced city, and the most infected city worldwide, following the months that 5G is rolled out. 

According to Chinese Government and WHO statistics, the first reported cases of coronavirus began trickling in early November into December, meanwhile in the following months, more users began using 5G technology, with increased radiation exposure. We are told that China officially launched 5G networks on November 1:

"All the three state-backed telecom operators, China Mobile, China Telecom and China Unicom, unveiled their 5G plans on Thursday, (Oct 31) one day ahead of the official launch of 5G services in the country, with the cheapest package priced as low as $18 per month." (ZDNet

China: total coronavirus cases in China. [Source: WorldOMeters]

China: daily COVID-19 cases. [Source: WorldOMeters]

One of the largest spikes in COVID-15 cases occurred on February 13, the same week that China planned to launch its 5G network in Wuhan for monitoring traffic in an expressway project: 

China's telecommunication and expressway operators have agreed to launch the country's first 5G-based smart highway project in central Hebei Province. China Mobile's Hubei branch is planning locations for 5G base stations across the highway sections in the province to run tests on smart toll stations, according to the operator. It is also applying for 5G-based autonomous driving tests on local highways(Xinhua News). 

The largest spike of COVID-19 cases in China happens the same week China launches 5G traffic monitoring in Wuhan. 

Europe's 5G Leaders:
Italy, France, Spain, Germany

Italy, France, Spain, and Germany have been the leading European countries for 5G trials and usage - the same European countries, according to official statistics, that have the highest cases of COVID-19, with Italy coming in first place.

Confirmed cases: the top 4 worst countries for COVID-19 outbreak in Europe, as of March 17. Source: WHO

The number of 5G trials in Europe has been growing since 2019, as the region's mobile operators have been gearing up for a commercial rollout of the next-generation wireless network technology in at least one major city in each European Union member state by 2020. Spain, France, Germany and Italy led the region's activity, accounting for 40% of all 5G trials performedVodafone Italy's CEO, said that the telco's 5G technology will reach more than 100 Italian cities by 2021 (S&P Global Market Intelligence).

Coincidence? The 3 most active 5G countries, with the most COVID-19 cases.

According to the map above, Italy has been leading the way for 5G coverage, with 6 5G cities as of February 2019, followed by France, (Poland, Greece) and then Spain

The map displays Poland and Greece as being ahead of Spain in terms of 5G, so then why does Spain have so many more cases of infected individuals? Here's why. The Greek Reporter told us back in Jan 10 that Greece appeared to bow to U.S. pressure, and DELAYED its decision on using the Chinese 5G network (Huawei). It turns out that Poland also faced similar delays in its 5G network, back in March 2019, and in December 2019, for its concern about Chinese espionage, from warnings sent by its NATO ally, the United States.  

Italy: the Case for Milan vs Rome

Source: Wall Street Journal, Feb 24/19.
Is it a coincidence that Milan (in Lombardy region) happens to be the most infected city, while being one of the most prominent users of 5G networks? If this mysterious virus was being brought to Italy via airlines, one would expect Rome (the capital) in the region of Lazio to have the highest cases of infection. Rome is more than double the population of Milan and has the largest airport in the country, but despite of this, Milan has 22 times the amount of coronavirus cases! How does that make any sense? If you factor in 5G however, the dots begin to connect. Another thing that doesn't add up is that this supposed outbreak occurred during Italy's LOWEST tour season, when it receives fewest visitors for the year.    

Italy is the second most infected country, following China, with just over 26,000 cases of COVID-19 as of March 17. It is difficult to find statistics showing cases by city and more research is needed for other regions. However, note these affected regions, as they will be discussed below: Lombardia, Veneto, Emilia Romagna, Piemonte, Lazio, and Campania.

Italy: COVID-19 cases by region, as of March 17. Source: Italy Minister of Health

RCR Wireless News reports that Italian operators kicked off commercial 5G offerings in parts of the country’s main cities during the second half of 2019 and have already announced plans to rapidly expand coverage during 2020. Vodafone was the first operator to offer commercial 5G services in Italy. Initially, the 5G service was available in Milan, Turin, Bologna, Rome and Naples. The company used equipment from Nokia and Huawei for the deployment of commercial 5G...At the time of the launch, Vodafone Italy said it expects to add around 45 to 50 cities to 5G coverage during 2020. Aldo Bisio, Vodafone Italy’s CEO said that the telco’s 5G technology will reach more than 100 Italian cities by 2021.

We were told of Vodafone's plan to switch on 5G back in June, 2019

Vodafone Italia has switched on its 5G network in five cities across the country ... The 'Giga Network 5G' service is available now in the Milan (Lombardy region) metropolitan area (including 28 surrounding localities), Rome (Lazio region), Turin (Piemonte region), Bologna (Emilia-Romagna region) and Naples (Campania region), with around 45 to 50 cities to follow next year, rising to a total of 100 by 2021,

The city of Turin, located in Piedmont region (the 4th most infected region), was also planned as being one of the first 5G cities, mentioned back in 2017:

Turin will become the first city in Italy with a 5G mobile network after the municipality signed a memorandum of understanding with Telecom Italia (TIM). The project is expected to start its metropolitan trial in 2018, with the aim of covering the whole city by 2020. The telco will install more than 100 small cells in the main areas of the city, as well as at both the city’s universities, with 3,000 users being made part of the trial process.
Mattino Padova local periodical addresses 5G concerns,
while launching 5G in Veneto.
 Veneto, being the 3rd most affected region for COVID-19, has also been running 5G tests, according to a local periodical in the region, Mattino Padova.

5G Halt Causes a Lag in Sickness

It is interesting to note that Switzerland has been in the lead for developing 5G networks in 2019, however with some difficulty. Why wasn't Switzerland the first to experience the most cases of sickness? The reason is because Big Tech had been facing some problems launching 5G over the public's health concerns. In a Financial Times article (Feb 12, 2020) titled, "Switzerland halts rollout of 5G over health concerns", we are told:

Switzerland is relatively advanced in Europe in adopting 5G. The wealthy alpine country has built more than 2,000 antennas to upgrade its network in the last year alone, and its telecoms providers have been promising their customers’ imminent 5G coverage for most of the past year. However, a letter sent by the Swiss environment agency, Bafu, to the country’s cantonal governments at the end of January, has now in effect called time on the use of all new 5G towers, officials who have seen the letter told the Financial Times. 

Global News Wire (March 11, 2020) also tells us that, "Switzerland calls halt on 5G amid radiation health fears ... Environment agency concerns of 5G tower radiation results in halt of services.

However, this shouldn't rule out Switzerland's case for the 5G Syndrome, as they have now been using 5G in more areas than before, and may likely catch up with the sickness if 5G implementation continues. As of March 15, they've had over 1500 cases of COVID-19, which shouldn't come as a surprise, considering their usage of 5G networks. 

United States: T-Mobile 5G Goes Nationwide, and Along Follows the Wave of Sickness

In America, there has been a strong push for 5G. Many telecom companies were advertising it as a race to 5G, in order to keep up with China. A new technology hub backed by big names like Intel and NASA would only fund startups in health care, retail, transportation and energy — as long as they harnessed 5G networks (Governing.com). So in other words, they would only get funding if they installed and put to use the 5G networks. 

After the installation and widespread usage of 5G in American cities, the US began reporting cases of COVID-19, around the second week of January, just weeks following T-Mobile's nationwide launch of 5G:
T-Mobile's 5G network launched in 2019 after the likes of Verizon and Sprint, first becoming available in New York, Los Angeles, Las Vegas, Dallas, Cleveland and Atlanta. On December 2nd, 2019, T-Mobile launched its nationwide 5G network with two 5G phones also launching. The carrier launched its nationwide 5G network, covering more than 5,000 cities and towns across the U.S. (WhistleOut

T-Mobile's 5G Coverage in the U.S. shown in purple (NPerf)

As more people got on board with the new 5G, with increased network usage and more radiation being emitted from 5G transmitters, cases of COVID-19 starting being reported the following month, after the U.S. began testing for COVID-19 on January 18. Fast forward one to two months later, and suddenly the US is getting numerous cases of people with dry cough, pneumonia, and experiencing other symptoms of coronavirus - all enhanced by radiation sickness. Many more cases were being reported well into the end of February and early March. Washington, followed by New York and California have the highest incidence of cases, as of March 17.     

United States: COVID-19 cases by state. Notice Washington, California, and New York are most affected. US Center for Disease Control

Data provided by the US Center for Disease Control

Why is there such a lack of coronavirus cases in states that have very limited 5G coverage, such as Montana, Idaho, North Dakota, and Wyoming, when compared to 5G-leading states, such as Washington? Two of the most important maps you will see regarding this issue are the ones shown below. You will immediately notice that areas with the most COVID-19 outbreaks correlate well with T-Mobil's network (dark purple - over 600 MHz). The location points nearly match up identical, even for smaller networks, resulting in smaller coronavirus cases. Keep in mind that although Washington's 5G network appears tiny (on the map), it is one of the most advanced when you take into account other carriers (Verizon, Sprint, etc). You will also notice that the Northeast region, including New York, and parts of California also experience high rates of COVID-19, along with their advanced 5G network. 

Coincidence or 5G Syndrome? The left map shows cases of coronavirus in the U.S. (Source: NY Times), while the right map show's locations of T-Mobile's 5G network, where dark purple is networks over 600 MHz (Source: Meta-Center Chicago). 

Washington is Bathing in 5G Radiation

Months after AT&T rolled out its 5G in Washington (late December), coupled with other 5G providers, Washington has become the most infected state. As of March 13, it has had 568 cases of COVID-19 (Washington DOH). King County has the most number of cases, registering 238 people with 32 confirmed deaths, and Snohomish being second (133 cases). The 33 cases of death occurred in Kirkland. Of the 32 deaths in King County, 25 are associated with the Life Care Center of Kirkland. Keep in mind the cities mentioned in bold throughout this section. 

Here's a news flash from Kirkland, Washington on March 4, titled, "Pivotal Commware Selects Keysight’s 5G Solutions to Accelerate Manufacturing Test of Echo 5G In-Building Penetration Device":
This expanding 5G company is headquartered in Kirkland, WA, where majority of the deaths have occurred.

Pivotal Commware (also headquartered in Kirkland) – the recognized pioneer of 5G mmWave technologies, systems and applications using Holographic Beam Forming, announced its use of ... Pivotal’s 5G network product, a mmWave repeater called Pivot 5G, will be introduced in the first half of 2020 (the same time COVID-19 cases began appearing in Kirkland) and will use a similar manufacturing test environment. Pivot 5G will address mmWave coverage challenges by capturing and redirecting mmWave signals from the 5G base station around obstacles like buildings. By extending the range of 5G base stations, Pivot 5G will reduce base station CAPEX, ongoing OPEX, siting costs and deployment time, while growing network coverage organically along with revenue.

They also boast that their beamforming technology allows for multiple concurrent transmissions ... allowing abundant spectrum reuse with higher intensity signals delivered to both stationary and mobile users. Basically, you get immersed in a bath of 5G radiation.

Pivotal Commware is also backed by Bill Gates, the same person whose organization was involved in the Event 201 Scenario carried out on October 201, stimulating a deadly coronavirus pandemic. On their website (Oct 29), Pivotal Commware makes mention of Bill Gates-backed Pivotal Commware, as they raised $10M ramping up 5G hardware. Isn't that a coincidence?  

Another news article titled, "Bellevue pushes forward small cells despite FCC limitations (Feb 4, 2019)":

The city of Bellevue, in collaboration with the Bellevue Chamber of Commerce and several wireless service providers, has paved the way for small cell and 5G technology within the city ... Small cells are smaller cell phone antennas, designed to fit on utility poles or light posts and fill in the gaps left between the larger cell towers. They currently support 4G or LTE networks and will eventually support 5G networks as the technology develops.

These small cell transmitters that are cleverly hidden and installed in street lights bring the harmful radiation exposure much closer than the traditional high cell phone towers. Once they are fully utilized, they will also be emitting much more EM radiation, due to higher bandwidth, faster speeds, and stronger frequency than 4G. Once this technology is fully implemented in Bellevue, with many residents using the 5G networks, you can expect more cases of sick people and deaths in Bellevue. Keep in mind that Kirkland has already been utilizing these small cells since 2018, the first of its kind (using 4G) which was approved by city council back in Jan 17, 2018. Fast forward a year later, and you can imagine how many of these devices have been installed and are now operating with the new 5G network in Kirkland.

5G Hotspots: 
Bellevue, East Seattle, & Snohomish 

Bellevue, Washington just happens to be where T-Mobile is headquartered. Washington State Department of Commerce reported on Oct 2 that Bellevue’s 5G Open Innovation Zone would be the newest addition to Washington Innovation Partnership Zones:

Bellevue and the Eastside [of Seattle] have been at the forefront of the telecommunications industry for decades, partnering with wireless pioneers to build the foundation for our high-quality technology ecosystem,” said Bellevue Mayor John Chelminiak. “That innovative spirit and collaboration continue as we work to accelerate 5G development and keep our region at the center of the industry. Bellevue has embraced 5G, and having the new Innovation Partnership Zone in our backyard is an exciting development.”

T-Mobile just happens to be headquartered in Bellevue, WA

Back in August, we were also told that, "T-Mobile, along with the city of Bellevue, the University of Washington and venture capital firm Quake Capital, applied with the state of Washington to designate parts of Seattle, Bellevue and Redmond as a 5G “Innovation Partnership Zone,”. 

Now you can just guess what happened in the weeks following 5G testing and implementation. Here are some headlines worth reading, and note the emphasis:

‘It’s apocalyptic’: coronavirus turns Seattle into a ghost town (March 11): Following the initial discovery of a handful of cases at a nursing home just east of the city, the spread has reached a stage of “community transmission” — meaning that recent infections have no clear links to known cases. (Financial Times)

Coronavirus reaches the Eastside (March 3): As of March 2, Public Health – Seattle & King County confirmed 18 cases of coronavirus (COVID-19) in Washington state. Five people have died in King County with one death in Snohomish County. (Bellevue Reporter).

Bellevue patient with 'extreme flu-like' symptoms being tested for coronavirus (Feb 28). Overlake Medical Center in Bellevue announced the death of a patient ... who tested positive for COVID-19 (March 9). 

As of March 14, Snohomish County reported 154 cases of coronavirus and 4 deaths (HeraldNet). In Snohomish County, one news heading is titled, "COVID-19 outbreak touching more parts of regular life in Stanwood-Camano and beyond." Stanwood and Camano News also reported this back in early January: 

Stanwood (is) paving way for 5G cell towers - Small cell technology takes more relay stations than used by older technology to give the broadband width needed for streaming data. The older tall towers will still be needed to transmit voice calls. Small cell towers are typically 25-45 feet tall while existing towers are 75 feet.

A letter written to Stanwood Camano News (a city in Snohomish County) on February 11, titled Stop 5G project to avoid self-inflicted wounds, reads:

 Recently I read that Stanwood and Camano are in the process of putting in the 5G wireless system. Snohomish County and Marysville are also building 5G infrastructure, using 25- to 40-foot poles placed 250 feet apart to create this “wireless” network.

Isn't that a coincidence? So basically, the first small cells started going up in the middle of February, were tested, and then used a few weeks later, during the same time people starting getting COVID-19 in the region - or should we say 5G Syndrome.

What about Houston?
They've had 5G since 2018.

One article states that Houston tried so hard to be the first 5G city with Verizon (in 2018), that it really was a weak 5G, with inadequate equipment, up until recently. There were really only 3 5G providers as of 2019, one of which was turned on in Nov 2019 (Verizon), one operating since 2018, and another which was only for businesses. T-Mobile's 5G network officially went live in Houston on December 2. Keep in mind that for Houston, the 5G coverage had actually been quite limited, and in no way  comparable to the 10,000 antennas that were installed in Wuhan. However, Texas is no exception now, as 5G is nationwide.

Iran: COVID-19 Spikes During 5G Testing 

In a headline that ran during Feb 13, we read, "Iran finishes preparations to launch 5G internet": 

Iran’s telecoms minister has said that the country will kick off the fifth generation of internet communications, known as 5G, in the next Persian calendar year starting late March.

Assuming that Iran was running its final 5G network tests during February prior to its official launch, take a look at the statistics below and note the eerily odd timing of these coronavirus cases that begin steadily rising in March:

South Korea:
71,000 5G Bases Installed and Sickness Follows 

South Korea has had more than 8,100 cases of COVID-19, as of March 16. It is also once of the most advanced 5G countries. According to RCR Wireless News (Feb 6):

Korean telecom operator KT ended 2019 with a total of 1.42 million subscribers in the 5G segment, the company said in its earnings statement ... As of February 2020, the operator had deployed a total of 71,000 5G base stations in 85 districts across the country.

Japan: Why Hokkaido is the Most Infected City

Japan is no stranger to 5G, however, the Japanese government approved 5G and gave the green light back in September 2019. You can be sure that telecom companies have been testing it out since February before it officially launched, the same time coronavirus cases have been appearing. 

AMP reported on Feb 7, 2020, in an article titled, "Testing 5G at tunnels in Hokkaido: how SoftBank aims for safer construction": 
In collaboration with Taisei Corporation, Wireless City Planning Inc. (WCP) and SoftBank Corp. announced that they had conducted demonstration tests aimed at realizing a i-Construction aimed at managing the safety of workers at tunneling sites using 5G...This experiment was carried out in December 2019 at the “Hokkaido Shinkansen, Shiribeshi Tunnel (Ochiai) etc” construction project in Yoichi district, Hokkaido.

Statistics provided by Nippon.com

Isn't that a coincidence that Hokkaido, as of March 16, has the most cases of coronavirus in Japan? Why doesn't the capital (Tokyo), with a major international airport have the most cases, if this virus was claimed to have arrived via travel? We read from NKH World Japan (March 7):
The number of coronavirus infections in Japan had increased to 449 as of Sunday morning...By prefecture, Hokkaido has the most cases at 98. It is followed by Aichi with 70, and Tokyo with 64. Kanagawa and Osaka have 41 cases each.

The island's governor even declared a state of emergency on February 28, shutting down many public services in Hokkaido. Isn't it odd that this small city (in comparison to Tokyo), has the most cases of COVID-19, and doesn't even have an international airport hub, which is claimed to be the major culprit of arriving infections? Where are all these coronavirus cases coming from? Here's some more news to consider from the Energy Industry Review (Feb 16):
Nokia provides end-to-end 5G portfolio to SoftBank Corp. to become first in the world to have successfully completed tests demonstrating that non-standalone 5G technology can be used to commercially operate connected cars...Using state-of the-art equipment from Nokia’s end-to-end 5G portfolio, Japanese operator SoftBank Corp. installed non-standalone 5G networks suited to connected vehicle testing at a Honda Research and Development site in Kamikawa-gun, Hokkaido, Japan. 

Latin America: Brazil is Leader in 5G Readiness and COVID-19

Many people have been flying into South America, from 5G countries, while also carrying the sickness. With increasing speeds (4.5G) and deploying infrastructure to pave the way for 5G in regions of South America, coronavirus cases have also spiked ... except for the country of Guyana! As of March 30, there was only one reported case of COVID-19 in Guyana, with a woman who arrived from the U.S. (a 5G country). Also take notice that Guyana is very undeveloped in new cellular networks, even for 4G. Most of Georgetown (the capital) depends on 2G and 3G, with very limited coverage of 4G sites, and only has two network carriers. Once you leave the city into rural areas, network coverage becomes very limited.

Guyana lacks 5G networks, and is even limited in 4G, mostly relying on 2G and 3G. Should it be a surprise that this country has nearly no cases of COVID-19? Source: NPerf.

Look at Latin American countries with the most spectrum allocated over the last few years, and compare the outbreaks of COVID-19. Right away, you will see Brazil, Chile, Ecuador, and Mexico at the top, followed by Panama, Dominican Republic, Peru, Argentina, and Columbia for COVID-19 cases. Meanwhile, Brazil, Chile, and Mexico had the most spectrum allocated as of 2017. Countries bordering Brazil, with nearly no cases of coronavirus (as of March 30), which are still years away from developing 5G are Guyana, Suriname, French Guiana, and Paraguay. Paraguay has announced that it will focus on finishing its national fiber optics backbone and get it operational before it will consider 5G mobile technology.

Source: Statistica.com

Spectrum Allocation as of June 2017. Source: GSMA Latin America.

Although Huawei has taken over the 5G market in much of Latin America, they are using 4.5G to make their way towards 5G. We are told by Huawei that:
4G is defined as 150 Mbps, 4.5G as 1 Gbps and above, and 5G as 10 to 20 Gbps ... A 4G network cell can carry several thousand, 4.5G uses CloT to carry 100,000, and 5G will be required to carry 1 million connections per square kilometer ... Commercial 4G networks average 50 ms, 4.5G is required to deliver 10 ms, and 5G aims for 1 ms. 
To give a rough idea of 4G spectrum allocations, as of March 2016. Source: GSMA Latin America. 

Currently, most places are using a 4.5G network. When comparing 4G and 4.5G, notice how data bandwidth is increased nearly 10 times, with nearly 100 times the connections, and 5 times the speed. This all equates to higher levels of EMF radiation exposure. Countries being the closest to having a 5G network are experiencing the highest cases of COVID-19: Brazil, Chile, Ecuador, Mexico, Peru, and Argentina, just to name a few.

Three countries carried out the most tests for the 5G network. These were Brazil with 10 tests, while Peru and Chile did 4 tests each. Tests need to be carried out in a country that is planning to establish 5G networks to assure its efficiency and effectiveness. (LatinPost, March 10).

Peru on lockdown, while 5G development quietly continues.
Vanilla Plus, a telecom periodical reported on March 4, Peru joint venture deploys hundreds of parallel wireless OpenRAN sites in Latin America ... Parallel Wireless Inc, a U.S.-based OpenRAN company, has deployed hundreds of programmable virtualised 4G OpenRAN sites to deliver mobile broadband in Latin America. It is doing this through Internet para Todos Peru (IpT Peru), a company launched in May 2019 and owned by Telefonica, Facebook, IDB Invest and CAF banks,

IpT Peru aims to provide internet connectivity to users in remote regions of Peru. Traditionally, high investment and operational cost and the deployment complexity of low-density deployments have prevented MNOs from bringing coverage to these areas. And, technological evolution has focused on scaling capacity for urban rather than on creating efficient downscaled solutions in areas with lower population.

As of March 4, IpT Peru has deployed hundreds of new sites in Peru using Parallel Wireless’ fully virtualised and automated OpenRAN architecture. In the following weeks, COVID-19 outbreaks occur: 

Source: Ministerio de Salud del PerĂº

Renan Ruiz, CTO of IpT says, “We have selected Parallel Wireless OpenRAN to help us reduce our network deployment costs through disaggregation of hardware and software, RAN and core virtualisation and network automation with real-time SON for deployments across Latin America and 5G readiness.

You can almost guarantee to see an increase in cases of pneumonia, as millions of elderly people get vaccinated in Peru (March 13, Peru Ministry of Health). The vaccines contain numerous strains of Streptococcus pneumonia, as well as one strain of diptheria that is injected directly into the bloodstream, causing severe infections for those with a weakened immune system. When cases of sicknesses spike, you can be sure that COVID-19 will be blamed.

Australia: 5G Map Perfectly Aligns with COVID-19

Take a look at the maps below and immediately you will see that areas with new 5G coverage are experiencing higher rates of sickness:

Australia: Telstra 5G coverage (dark purple) as of March 22. Source: NPerf.

Australia: COVID-19 cases as of March 22. Source: Johns Hopkins University

According to RCR Wireless News, we were told on Jan 10:
Sicknesses even starting to show up in smaller city centers,
such as Canberra, Newcastle, Cairns, Gold Coast, Adelaide. 

Australian operator Telstra has started to rollout 5G technology in 26 cities across the country, the operator said in a statement ...Telstra said that its 5G network currently operates 800 sites across Australia. The company’s 5G service is already available in Canberra, Newcastle, Sydney, Brisbane, Cairns, Gold Coast, Adelaide, Melbourne and Perth, among other cities...The executive also confirmed that Telstra will start to offer 5G services in nine new cities over the next six months...we’ll expand the coverage of this NB-IoT network from an impressive 3.5 million square kilometers to nearly 4 million square kilometers. We hope to complete that expansion in the early part of this year.

Also adding into the increased radiation mix is Vodafone's newly launched 5G network. CRN announced on March 5, that:

Vodafone has officially entered the 5G race by switching on its first 5G sites in Parramatta...The first sites are among the 650 sites planned in the first phase of Vodafone’s 5G rollout, which will be progressively rolled out across all state capitals and Canberra. More sites will go live from mid-2020. 

Canada: Launches 5G on 4G Core

Canada's 5G network has been somewhat delayed, and picked up roughly 3 months after T-Mobile's U.S. nationwide 5G launch. Take a look at the graph below, and notice COVID-19 cases picking up well into March.

Daily reported cases of COVID-19 as of March 21. Source: Government of Canada

On February 12, Venture Vancouver, reported: 

The country’s first 5G network smartphone became available starting on March 6 through Rogers, and using the new Samsung Galaxy S20 5G series. Rogers began rolling out Canada’s 5G network in downtown Vancouver, Toronto, Ottawa, and Montreal, and said that 20 more markets are coming this year.

According to Rogers, the 5G network initially uses 2.5 GHz spectrum in the downtown cores of Vancouver (British Columbia), Toronto, Ottawa (Ontario) and Montreal (Quebec) and will expand to use 600 MHz 5G spectrum later this year.

Canada: Geographical distribution of COVID-19 as of March 22. Source: Government of Canada
“600 MHz is best suited to carry wireless data across long distances and through dense urban buildings, creating more consistent and higher quality coverage in both remote areas and smart cities,” said Rogers. [Which equates to more radiation]

“5G will also support a massive increase in the number of connected devices that require near instantaneous access for applications like augmented and virtual reality, smart communities, remote patient health care, robotics, and driverless vehicles,” they said.

 CBC News also reported on March 9:
Calgary now taking applications for 5G cell locations ... The City of Calgary set a goal of being 5G-ready by 2020. With the prep work done, it's now telling wireless companies that it's ready to roll.

 But 5G requires a lot of new and smaller cells to blanket the areas where the service will be provided ... Cells would be placed every couple of hundred metres. That's where the City of Calgary comes in ... It's offering up space on the thousands of streetlights, power poles and buildings that it lends to the wireless companies where they can place cells for their networks.  

Rogers Communications Inc. marked a milestone on Wednesday (Jan 1, 2020) as the telecom provider officially turned on its wireless 5G network in downtown areas of Toronto, Ottawa, Vancouver and MontrealKeep in mind the first release of 5G will use a non-stand-alone core. Basically what this means is that 5G will still use the 4G core. But over the next 12 to 18 months, a 5G stand-alone core will become available, so this is where some of the new capabilities of 5G will be brought to bear.” (Financial Post, Jan 5)

Notably, Rogers is initially using mid-band wireless frequencies like Sprint's rather than the fast-but-finicky millimeter wave you see with Verizon (Engadget's parent company) or T-Mobile's far-reaching but modest low-band 5G. It'll start with 2.5GHz airwaves, but will move to low-band 600MHz later in 2020. Eventually, the Canadian provider will use 3.5GHz access as well as sharing tech that allows the use of LTE frequencies for 5G. This deployment won't be as fast as the fastest American 5G networks...  (Engadget, Jan 15)

There is also research from medical doctors and scientists, with numerous studies, showing how exposure to high-frequency electromagnetic fields (i.e. 5G) affect cell membrane permeability, making it easier for encapsulated viruses (like COVID-19) to make their way into cells and infect them. For more information, see this article.

Flawed Testing & Statistics

One thing you have to ask yourself is why are so many people who are experiencing these symptoms of coronavirus coming back with negative test results? It begs the question as to what is truly causing this sickness. Furthermore, why did the CDC stop publishing patient investigation reports? For example as of Feb 10, there was a total of 398 people tested in 36 states, with only 12 testing as positive. In other words, 96% of people with these strange symptoms tested negative. The following days showed similar high cases of negatives.

Radiation sickness or COVID-19? 96% of people with reported symptoms test negative for COVID-19 on Feb 10. US Center for Disease Control

Perhaps Dr. John Bergman can shed some light on this topic. In a video titled, How to wipe out the coronavirus THT in 10 min, he explains why coronavirus tests are inaccurate. He discusses why so many tests may result in false negatives, and also how age-old flawed PCR tests are inaccurate and outdated for identifying viruses:

Can you imagine how many cases of influenza or the common cold could be giving a false positive test for coronavirus? Not only this, but now we learn that 99% of those who died in Italy from coronavirus had other previously crucial underlying health problems. It begs the question as to how this relates to other countries reporting COVID19 deaths: 

The Rome-based institute has examined medical records of about 18% of the country’s coronavirus fatalities, finding that just three victims, or 0.8% of the total, had no previous pathology. Almost half of the victims suffered from at least three prior illnesses and about a fourth had either one or two previous conditions...The average age of those who’ve died from the virus in Italy is 79.5. As of March 17, 17 people under 50 had died from the disease. All of Italy’s victims under 40 have been males with serious existing medical conditions. (Bloomberg, March 18)

The CDC states that, "Influenza activity often begins to increase in October. Most of the time flu activity peaks between December and Februaryalthough activity can last as late as May. If PCR tests are being used to detect coronavirus, and they are inaccurate with regards to identifying individual strains and giving false readings, how can we be sure that people have a case of coronavirus or influenza? That puts this whole pandemic into question also. Even if it was coronavirus, the coronavirus is listed in scientific literature as being the common cold, with articles dating even as far back as 1980. All scientific journals which discuss the coronavirus before 2020 also list it as the common cold, but after Event 201 and media hype, it now has the famous status of being the new deadly disease terrorist, which will be used to usher in new draconian laws. 

Event 201: the Prestaged Coronavirus Pandemic Scenario

As of March 17, there have been 182,605 cases of coronavirus, resulting in over 7,100  deaths, most of which are people aged 80 years and older. Should this be enough to credit this as a pandemic? Let's take a look at how many people die from the annual influenza. The Journal of Global Health states:

Until recently, the World Health Organization (WHO) estimated the annual mortality burden of influenza to be 250 000 to 500 000 all-cause deaths globally; however, a 2017 study indicated a substantially higher mortality burden, at 290 000-650 000 influenza-associated deaths from respiratory causes alone, and a 2019 study estimated 99 000-200 000 deaths from lower respiratory tract infections directly caused by influenza. 

You heard that right. In 2017, it was estimated that there was up to 650, 000 deaths as a result of influenza. COVID-19 may be a stronger mutated strain, but still one must ask themselves, how can a virus that has a recovery rate of over 90%, with only 8% deaths be a pandemic? Because it was designed that way.  

In October 2019, a group of 15 business people, government officials, and health experts gathered around a table in New York to plan out the global response to a worldwide outbreak of a never-before-seen — and completely fictional — coronavirus. Yes, out of all the viruses, they just happened to choose coronavirus, a few weeks before it struck China, to later be declared as a pandemic. 

It was a training exercise with disturbing similarities, in retrospect, to 2019-nCoV — the Chinese virus that has apparently gone global. The fictional coronavirus at the center of the Event 201 simulation — a collaboration between the Johns Hopkins Center for Health Security, the World Economic Forum, and the Bill and Melinda Gates Foundation. Bill Gates is a big investor of vaccines and has expressed his interest in reducing population growth, especially in poor countries. 

Health Effects of 5G Radiation

Today’s cellular networks rely on microwaves – a type of electromagnetic radiation utilizing frequencies up to 6 gigahertz (GHz) in order to wirelessly transmit voice and data. This era of wireless frequency is now shifting towards new 5G technology, that will require using new spectrum bands in much higher frequency ranges above 6 GHz to 100 GHz and beyond, utilizing sub-millimeter and millimeter waves. Interestingly, millimeter waves are also utilized by the U.S. Army in crowd dispersal guns called Active Denial Systems. The US Department of Defense states:

Active Denial Technology uses radio frequency millimeter waves at a frequency of 95 gigahertz. Traveling at the speed of light, the millimeter wave directed energy engages the subject, penetrating the skin to a depth of only about 1/64th of an inch ... the beam produces an intolerable heating sensation, compelling the targeted individual to instinctively move...Applications include crowd control, patrol and convoy protection, perimeter security and other defensive and offensive operations from both fixed-site or mobile platforms.

What is concerning about this military weapon is that it uses the same frequency (95 Ghz) that has been deployed for many 5G networks. Now we're told that FCC is moving to open spectrum above 95 GHz for new technologies. Fierce Wirless tells us:

 The FCC unanimously voted to adopt new rules related to the spectrum above 95 GHz that encourage the development of new technologies—and may even lead to 6G.
[Note: There is no maybe for 6G - there is no doubt that it is already in the making. ]

A lot of respected people have posted warnings about the mass deployment of commercial millimeter-wave technology. Devra Lee Davis – Founding Director of the Board on Environmental Studies and Toxicology of the U.S. National Research Council, National Academy of Sciences, Founding Director of the Center for Environmental Oncology, University of Pittsburgh Cancer Institute. She says that the 5G wavelengths used in IoT have never been tested for health effects.

A good number of typical flu symptoms can mimic 5G Syndrome. But what’s most important is that these two illnesses — Influenza and 5G Syndrome — will mutually sustain each other. In that way, it can be quite confusing to accurately tease out which symptoms are associated with which disease. In other words, if you have the flu, your exposure to 5G will make it much worse. Likewise, if you have a case of full-blown 5G Syndrome, you will be much more susceptible to getting the flu, and if you do, it will be significantly worse.

The EUROPA EM-EMF Guideline 2016 states that "there is strong evidence that long-term exposure to certain EMFs is a risk factor for diseases such as certain cancers, Alzheimer's disease, and male infertility…Common EHS (electromagnetic hypersensitivity) symptoms include headaches, concentration difficulties, sleep problems, depression, lack of energy, fatigue, and flu-like symptoms.” More can be read about 5G here.

In another study from the Oncology Journal, we can read about the harmful effects of radiation-induced lung injury. Although radiation therapy uses shorter waves at close-range for a shorter duration, it shows you what can happen in a relatively quick amount of time. Take those same waves, and turn them into 5G millimeter waves, with transmitters right above your head, pulsing massive amounts of electromagnetic frequency, and you could mimic similar harmful effects over a longer range of time. The only difference is that these effects would go unnoticed by the average person. The study on radiation therapy goes on to say:

Depending on the dose and volume of lung irradiated, acute radiation pneumonitis may develop, characterized by dry cough and dyspnea (shortness of breath). Fibrosis of the lung, which can also cause dyspnea, is the late complication. Imaging studies and pulmonary function tests can be used to quantify the extent of lung injury.

That sounds terrible and eerily similar to COVID-19 symptoms, which can display in the form of a dry cough, pneumonia, and shortness of breath (dyspnea) or breathing difficulties. We have still yet to conduct studies that show at which point does long-term exposure of non-ionizing radiation mimic ionizing radiation, like those used in radiation therapy.  

Environmental Risk - Electromagnetic Hypersensitivity: Fact or Fiction? by Stephen J.

Variables Involved in 5G Syndrome

Just because a city has 5G, it doesn't mean that people will instantly be affected. Depending on the frequency, strength, distance, amount of exposure, and environment, radiation sickness can take anywhere from days to months to show symptoms. Other factors are the time of year (i.e. flu season), viral outbreaks, health conditions, age, and when are cases being reported. 

There are so many variables that could affect radiation sickness, so we can't simply rule out a case because a particular city with one 5G network doesn't have any cases of coronavirus. Some variables are:

  • Amount of transmitters
  • Strength and frequency
  • Daily usage of 5G & towers
  • Number of 5G users
  • Coverage and 5G network
  • Height and proximity of towers
  • Health and age of individual

The testing for 5G can emits highly unsafe levels of electromagnetic radiation. It is important to note that 5G testing that tests for maximum upload / download speeds, maximum range, data threshold, network load capacity, and maximum frequency create dangerously high levels of radiation that are causing many people to experience flu like symptoms, weakened immune systems prone to virus infections, and the increase of flu-like symptoms that seem to spike at a certain day or time. Did you know that in February, during the advance of 5G, 96% of Americans who had symptoms of sickness were tested negative for coronavirus.

Recommended Videos:

5G & Coronavirus: The Truth About This Dangerous Tech & The Part It May Be Playing In This Outbreak 

ODD TV: The 5G Virus & Fear Based Programming 

Corbet Report - Medical Martial Law

Recommended Readings:

We Have No Reason to Believe 5G Is Safe

CORONAVIRUS HOAX: Fake Virus Pandemic Fabricated to Cover-Up Global Outbreak of 5G Syndrome

STAGED CORONAVIRUS PANDEMIC: An International Criminal Conspiracy of Epic Proportions

A Weapons-grade Millimeter Wave Radiation: 5G’s Role and Its Trans-human Agenda.

5G: Health Risks, Surveillance and BioWeaponry – Lena Pu (Sept 2019)

Ground Zero for ‘Inside the Building’ 5G Was Also Ground Zero for Coronavirus in the USA   

Related Articles:

5G Radiation Paves the Way for VIRAL Entry into Cells
Bill Gates Wants to DIGITALLY TRACK & VAX You
Dear PEOPLE : Support FARMING or FACE Food Shortages
Did a Military Experimental Vaccine in 1918 Kill 50-100 Million People Blamed as “Spanish Flu”?
Are 5G / Biometric Systems Being Covertly Installed During the Lockdown ?
New Coronavirus Vaccines Can MODIFY our DNA


  1. I've TRIED to tell my brother & father who are BOTH electrical/microwave engineers. But alas, "they THINK, they
    know more".

    So, we'll WAIT until after 4/12/2020.

    The only people who actually have COVID-19 are "Adrenochrome addicts". While everyone else has 5G Syndrome.

    1-8 ounce glass of water, with 1/4th teaspoon of baking soda drank twice a day (one in morn, one @ nite) will cure one of radiation sickness daily - says Dr. Mark Sircus

  2. Thank you so much for this information