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Introduction
Important regarding the website "lagnostic.com"!
The data presented on this site demonstrate that there is a clear statistical correlation between mortality development (Excess Mortality Rate, EMRate) and the expansion of wireless telecom networks (XG=1G, 2G, 3G, 4G, 5G, 6G). Our research's primary focus concerns the period 2020-2024 [the C-19 period]. Similar patterns can, however, also be seen before and after this time period in connection with major changes/updates to XG networks and associated technology.
We have therefore collected reliable data regarding mortality development over time in a large number of countries, subsequently correlating these temporally with the varying expansion phases of XG networks in these countries – primarily concerning the different expansion and transition phases of 4G+- and 5G networks, and the transition of older mobile network frequency bands (2G/3G shutdown) to more modern 4G and 5G networks.
The website takes no position regarding the existence of the Covid virus (SARS-CoV-2), or whether its origin is a natural virus or a synthetic RNA-modified virus. Neither do we take a position on whether 5G or other wireless technology [RF] is involved in the emergence of Covid-19 (C-19) or any other viral form. The same applies to mRNA vaccine's possible effects on humans and the environment.
Where lies the causal relationship?
Our information compilation aims to demonstrate, if possible, that mobile networks can affect biologically and/or alter the natural and life-critical ElectroMagnetic (EM) background radiation in ways that, for example, could give a relatively harmless virus lethal power, or alternatively deeply affect the body's ability to handle altered living environment [background radiation, material properties] and the body's own quantum-biological processes and systems.
Since mortality rates (EMRate) among the elderly and people in poor health must essentially be described as explosive during certain expansion phases of XG systems. Furthermore, by studying the time-related median values of excess mortality figures, we also attempt to estimate possible long-term health effects of the above-mentioned RF radiation (RF=Radio waves, RF-EMF, RF-EMR).
A number of researchers have demonstrated the temporal connection between telecom expansion and C-19 outbreaks during the Covid pandemic – on a local level (city districts) as well as cities and countries. (References). Several researchers have also shown that the spread pattern of the Covid pandemic cannot be satisfactorily explained based on how pandemics normally are expected to spread in society and the world. (References).
Moreover, it is established that in Italy, the Covid-19 (SARS-CoV-2) virus was already present in September 2019 [three months earlier than the generally accepted starting point], with an early C-19 precursor in June 2019. (References). Strong indications of early C-19 infection were also found in China [October 2019] where several Americans contracted Covid-like symptoms during the Military Olympics, with recovery in January 2020. (References). Both China and Italy invested heavily in 5G expansion and testing during this period.
We therefore point to a number of possible biophysical/quantum-biological mechanisms and causal explanations from technical and biophysical research on the action and interaction patterns of various types of Radio radiation (RF) and its elusive effects on polar molecules/systems. Remember, in the quantum-physical world there are no absolute truths; it is possible to find correlating patterns and probable effects, hence the analysis methods we have chosen to use in our research concerning XG systems' short- and long-term health impacts.
March 2020, "Turns the Excess Mortality Rate Table..!"
The temporal and local correlation between different start-up/updating phases of the new 5G networks can be traced as reflected in the large variations in the affected areas' mortality patterns: The connection is very strong and has continued to be a recurring correlation theme throughout the entire studied time period to the present day, in connection with both expansion and updates to the mobile systems.
Start-up/configuration phases of installed 5G/4G infrastructure show themselves clearly in elevated Excess Mortality Rate (EMRate), that is, increasing death rates. Whereupon mortality rates decline relatively steeply after the systems are ready for use by customers or organizations; however, this is not a matter of any real recovery—the median value remains high above normal levels in absolute figures despite the temporary decline in the number of deaths.
In connection with ICNIRP's presentation of international safety guidelines for radio radiation [March 11, 2020] concerning Radio waves (RF), the so-called 5G bands (RF-band, frequency bands), the primary introduction of, among other things, 5G mobile phones to customers begins. In early March [March 2, 2020], there were no 5G products on the commercial market, only to increase to 95 different types of products [April 14, 2020] approximately 1.5 months later, for example 5G mobile phones, and the number of customer-related products has been under strong growth since then.
Furthermore, the 4G/5G network is continuously updated with new base stations and antenna parks, while existing RF infrastructure is updated with more modern hardware and software for increased bandwidth and coverage..
The time span March-April 2020, following ICNIRP's international 5G recommendations and thereby an increasing number of approved 5G products on the market, March-April 2020 thus became the starting point for mobile network companies' first major launch phase for installed and updated 4G/5G infrastructure. During the same time span, excess mortality (Excess Mortality Rate = EMRate) was large or very large in several countries actively working to introduce the 5G standard in their mobile networks, initially focusing on major cities and frequently visited gathering places.
All Pictures = Link (New Window)
ICNIRP - 5G Radiation Safety Regulation |
Introduction of 5G mobiles/products |
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EMRate curves for 32 different countries [Years 2020-2023] |
EMRate curves for a number of early 5G exploiters [Western Countries- January-June 2020] |
Both graphs show altered mortality pattern connections with ICNIRP's presentation of international 5G guidelines [RF radiation, health] and the accompanying launch of 5G mobile phones/products, whereupon the graphs show a sudden increase in mortality which is reflected in the presented countries' Excess Mortality Rate (EMRate) with a sharp increase in mortality, and a large number of countries have elevated death rates to this day [December 2025], despite high median numbers [year 2020-2024].
The connection between 5G infrastructure's start-up phases and elevated EMRate can be seen clearly in countries' graph curves; the clarity during March-May 2020 is likely due to the fact that these start-up phases of 5G infrastructure were coupled to densely populated/visited areas—places which affect the current country's EMRate dynamics to a higher degree than corresponding proportional mortality change in rural areas and smaller towns.
However, rural areas in the vicinity are also affected, including domesticated and wild animal species. Some examples of clear impact patterns of 4G/5G expansion are a sharp increase and altered patterns of "Bird Flu," "Bee-related issues," and affected "Insect fauna." Life forms which are extra sensitive to RF microwaves—their wavelength composition [mix of RF-bands] and highly interactive design with pulsing soliton-like [coherence, polarization] wave patterns of long-wave light [RF-EMF]—due to their size, body design and nervous systems.
It should be emphasized that for these species, generally no consideration whatsoever is taken regarding health and safety when constructing base stations and other RF infrastructure.
Western Countries vs. Eastern Europe, Comparative excess mortality curves
When commercial 5G mobile phones and other products become available to end consumers, the need to use 5G system's services and capabilities also increases. The period March-May 2020 thus became the true starting point for public 5G networks; before that, the 5G systems that were built were not used to any significant extent except for experimental purposes or as preparation for future use, and the systems have therefore not undergone major and complex start-up and configuration phases in relation to other radio-based XG-bands, RF-bands and base stations—that is, system adaptation for the expected and increasing number of customers' active use of the various mobile networks [2G, 3G, 4G, 5G], etc.
Run-in processes and stress tests are important to counter interference/disturbance issues in relation to other microwave-based RF technology/systems (mobile networks, smart tech, Bluetooth, radar, military and police use, etc.), and for mobile network providers to deliver a smooth, fast and well-functioning mobile network to the end user.
Upon the launch of 5G systems [from March 2020] a pattern of increased mortality emerges which persists to this day in a very large number of countries in the world, with high mortality peaks in connection with powerful 4G+/5G development phases of mobile networks, changes such as 2G/3G refarming or the introduction of 5G Stand Alone (5G-SA), millimeter-wave lengths, new antenna types, etc.
Western countries vs. Eastern Europe, comparison graph |
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EMRate curves for 25 different countries [Years 2020-2024] |
A clear pattern has emerged during the analysis of collected research data; local mortality rates are strongly coupled to area-specific 5G system start-up phases/updates [during run-in/stress tests], resulting in very high mortality rates locally.
The point is that start-up and run-in of mobile networks begin before the technology is presented to customers; if understanding of this fact is lacking, it may seem strange that mobile technology could be involved in the extreme excess mortality that the Western world experienced during March-April 2020, when in practice there were very few, if any, paying users of 5G services/phones.
In other words, base stations and antenna parks are involved at a deep level [quantum-mechanically] in people's anatomical functions and development, bodily processes which are primarily controlled by polar [dipole] interactions and systems. Radio radiation (RF) creates a new reality in the form of extremely large changes to our natural and life-critical ElectroMagnetic (EM) background radiation, which has shaped life on Earth since time immemorial, its conditions and future.
It is important to understand that Western countries' very high mortality rates and 5G systems' start-up phases March-April 2020 are coupled to the same areas—that is, in densely populated/visited areas which strongly affects countries' Excess Mortality Rate (EMRate). The same applies to Eastern European expansion which started several months later [October 2020] due to a less developed mobile infrastructure.
The temporal correlation between 4G+/5G systems' start-up/updating phases and all countries' excess mortality rates is very strong, with clearly altered mortality patterns coupled to expansion/updating of mobile systems [2G/3G refarming, 5G Stand Alone, Massive MIMO antennas, etc.] or changes of another nature [US Security Agreement, Russia/Ukraine war, 5G moratorium...].
Note: The majority of so-called "well-developed" 5G countries have increasing problems with mental ill-health, chronic disease, and low/falling birth rates with continuously high EMRate values [excess mortality] to this day, despite earlier [from March 2020] very high mortality rates and generally good access to advanced healthcare and social welfare systems—an extremely contradictory fact which in itself points to some form of recently emerged environmental burden, a burden which affects both life and health.
EMRate Median Comparison
Western countries vs. Eastern Europe |
Western countries vs. Eastern Europe |
Western countries and Eastern Europe |
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Years 2020-2024 |
Year 2020-Mars 2022 and April 2022-2024 |
Periods-comparison countries |
Early C-19/5G Correlation Phases
Pandemic 5G - 1 -- Pandemic 5G - 2 -- Pandemic 5G - 3 -- EMRate Pattern 5G
Example ITALY - Early C-19/5G Correlation Phases
5G Early Expansion vs. Covid-19 Pandemic + EMRate
Spain |
Czech Republic |
Italy |
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Excess Mortality Rate vs. Covid-19/C-19 vaccine (2 Studies)
Study 1:2 (June 16, 2025)
Constraints from Geotemporal Evolution of All-Cause Mortality on the Hypothesis of Disease Spread During COVID
Studied: Covid-19´s role in excess mortality
A large statistical analyze of USA and Europe during April-March 2020, preprint
"Using high-resolution all-cause mortality data for Europe and the USA, we have shown that geotemporal mortality patterns during the early months of the declared SARS-CoV-2 pandemic are incompatible with the paradigm of a spreading viral respiratory disease."
"It appears that the excess mortality could not have been caused by a viral pandemic."
Document - Constraints from Geotemporal Evolution of All-Cause Mortality on the Hypothesis of Disease Spread During COVID
Link: https://www.preprints.org/frontend/manuscript/23521a68cfb81461e30de5fe7b03fd8c/download_pub - (Opens in new window)
Posted Date: June 16, 2025
By: Joseph Hickey, Denis G. Rancourt and Christian Linard
Link: - - - >> Short explanation << - - - (Opens in new window)
Study 2:2 (May 25, 2026)
Excess Mortality as the Primary Mediator of COVID-19’s Impact on Life Expectancy in Europe:
A Multilevel Longitudinal Analysis of Regional Disparities
Studied: Covid-19 and C-19 vaccines role in life expetancy in 2020-2023
A longitudinal study using annual data from 29 european countries (period 2015 to 2023)
"the pandemic’s true impact extends beyond direct COVID-19 mortality"
"Previous studies have documented temporary declines in life expectancy during the pandemic [1,7], but several critical questions remain unanswered. First, the magnitude of regional disparities within Europe requires quantification, particularly the East–West divide that characterizes many health outcomes. [8,9,10]"
"A recent study from the Netherlands shows that a lower relative incidence of short-term deaths following COVID-19 vaccination suggests that vaccination is not associated with the observed excess mortality. Additionally, excess mortality during the COVID-19 pandemic at times exceeded the number of reported COVID-19-related deaths, also indicating that other factors may have contributed [21]."
Document - Excess Mortality as the Primary Mediator of COVID-19’s Impact on Life Expectancy in Europe: A Multilevel Longitudinal Analysis of Regional Disparities
Link: https://www.mdpi.com/1648-9144/62/6/1020 - (Opens in new window)
Published: May 25, 2026
By: Viorel Țarcă, Solange Tamara Roșu, Elena Cojocaru, Lăcrămioara Ionela Butnariu, Iulia Cristina Roca, Ancuța Lupu, Dana Elena Mindru, Paula Popovici and Elena Țarcă
Link: - - - >> Short explanation << - - - (Opens in new window)
News Article - Discussing document 2:2 (May 30, 2026)
Title - Europe Lost Years of Life During COVID—But a New Study Says Excess Mortality, Not Vaccination Rates, Explained Most of the Damage
"When COVID-19 swept across Europe, life expectancy fell with a speed not seen in generations. But what actually drove that decline? A new study published in Medicina suggests the answer may be less about the virus itself—and more about the broader mortality shock that rippled through healthcare systems and societies."
Link: - - - >> News Article Link << - - - (Opens in new window)
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