A Bulgarian Scientist Attempts to Unravel the Nature of the Covid-19 Virus (Sars-Cov-2). According to him, it is a nanoparticle straddling the line between inorganic and organic matter, becoming an active living cell only after decoding information from human DNA.
Professor Zheko Ganev from Stara Zagora is an expert in quantum electronics and an author of patents and scientific reports in physical chemistry. His company has developed and implemented over 1,000 installations in Bulgaria and abroad for purifying drinking, wastewater, and heavily polluted waters using ozone treatment without the use of chemical substances.
I am speaking with the professor for the second time. My first interview with him went unpublished because five months ago, some of his claims and hypotheses seemed to align with the multitude of conspiracy theories that had flourished in the wake of the mysterious and unknown virus rapidly spreading around the world.
In fact, there is neither mystery nor conspiracy, asserts Zheko Ganev.
The virus was not created in laboratories as a biological weapon to kill people and “reduce the earth’s population,” especially the elderly—a theory that 40% of Bulgarian citizens reportedly believe in. According to the scientist, the virus is natural but significantly different from other viruses known to science.
Covid-19, a nanoparticle at the boundary of dead and living nature, creates an informational channel between the RNA virus and DNA cell, activating only after a certain amount of information is accumulated. Ganev claims that the virus becomes aggressive in an informational environment with positive feedback, which is created when positive ions, such as carbon compounds, nitrogen, and sulfur, dominate. Conversely, an environment saturated with a certain amount of negative ions—anions—allows for the deactivation of coronaviruses.
Recent measurements using an air ion counter were taken at various locations in Bulgaria—above Stara Zagora, in pine forests in the Rhodope Mountains, near Perperikon, and around Krastova Gora. Above Stara Zagora, concentrations ranged from three to seven thousand positive ions; along the trolleybus lines in the city, measurements showed between 700 and 900 per cubic centimeter, and when the contact network was disabled, levels reached up to 3,800. Elsewhere in the natural environment, anions predominated, with a record amount measured near the church in Krastova Gora—between one hundred and two hundred thousand anions, depending on wind strength.
In comparison, the highest saturation of anions in the atmosphere in the world is found in the Grand Canyon in Arizona, USA, where they can reach up to 32,000, and near Niagara Falls – between 12,000 and 32,000.
From everything stated so far, it follows that the condition of the environment clearly influences the spread and activity of the virus.
According to the professor, the Earth’s atmosphere is record-high in carbon dioxide pollution. He shares the hypothesis that the emergence of the Covid-19 coronavirus in Wuhan—a heavily industrialized city with over 10 million residents—is also related to the fires in Brazil and Argentina, as air masses with vast amounts of fine particulate soot (carbon condensate) passed over China, documented by NASA images. During the most significant spread of the virus in China, positive ions ranged between 8,000 and 18,000 per cubic centimeter, a finding supported by publications in reputable licensed journals, says Zheko Ganev.
While there are many cement plants and coal-fired power stations in the Asian country, the Stara Zagora scientist believes they are only one factor contributing to the increase in carbon dioxide in the atmosphere. Another factor is the ozone hole over Europe, which on March 19, 2020, reached critical dimensions.
However, the most critical reason is the rise in the temperature of the world’s oceans by 1.2 degrees due to global warming.
As a result, millions of tons of carbon dioxide are returning to the atmosphere from the water. During the autumn and winter months, there are the highest levels of positive ions, while summer sees the lowest levels when sunlight promotes plankton growth in the ocean, which absorbs carbon. Therefore, from a geophysical perspective, the most critical months for the spread of viruses (not just Covid-19) are from late October to mid-January.
Another significant reason is the weakening of the geomagnetic field over the past decade, which disrupts the balance between positive and negative ions in the atmosphere. In large metropolises, people also contribute to air pollution, as a healthy individual emits 16 liters of carbon dioxide per hour while inhaling 26 liters of oxygen. Serious mathematical models, similar to those developed in advanced countries like Japan, the USA, Germany, the UK, and others, take all these factors into account. In Japan, large public buildings have begun to install screens displaying carbon dioxide concentrations, and if critical levels are exceeded, people are evacuated.
As early as spring, Ganev claimed that Covid-19 was mutating, and now over 200 mutations have been recorded, though only 7 are considered stable. One of these mutations, E20.EU, has triggered the current second wave in Europe, which has resulted in new casualties.
I ask the professor how he views the current measures taken by the government. In response to my question, he replies with another question: “If we are at war, as we are told every day, with what weapons will we fight? Or will we continue to die like flies, destroying our economy and mental health in the process?”
Because many people will not die from the coronavirus, but from strokes and other stress-related disorders as a result of the excessive anxiety and fear that is being instilled daily in Bulgaria, the scientist predicts.
And since we live in an environment that we have poisoned, and people are not going to depopulate large metropolises and return to a natural way of life reminiscent of pre-industrial times, what can be done?
Firstly, there needs to be a move away from panic and an effort to calm society.
It is essential to explain where the danger originates without disregarding it, because panic is a protective reaction that increases adrenaline and can lead to a cytokine storm and rapid death.
Secondly,
there should be a large public discussion where different opinions from scientists and experts can clash, presenting the facts on the table. It could be beneficial to look at what was done in China or Taiwan, for example, where there are no reported cases. In China, for the past three months, they have been spraying hydrogen peroxide (H2O2) into the air, which creates negative ions in the atmosphere, the scientist specifies as a reason for limiting the infection in that Asian country.
The government’s measures should be based on reliable information about the environment we live in and should understand what makes the virus so aggressive. “These questions have already been answered by the Italians in Palermo, the Spaniards in Barcelona, at the Johns Hopkins Institute in the USA, and in Germany, where they were the first to sound the alarm,” reflects Professor Ganev. He adds that strict measures against carbon dioxide began with the emergence of avian and swine flu and during the energetic activation of other zoonoses.
There must also be a start to purifying the environment we live in,
so that the electric charges in the surrounding area can be balanced. According to Professor Ganev, there are various pathways to achieve this—some are passive, such as starting to reduce pollution, while others are active, involving the creation of powerful generators for negative ions, which large companies like DeLonghi, SHARP, and others are already producing worldwide.
Professor Ivo Petrov, the medical director of Tokuda Hospital in the capital, has applied therapy using anionic oxygen for patients in the Covid unit, which the scientist from Stara Zagora claims significantly accelerates treatment. Before being patented and manufactured, the concentrator was tested in laboratories in Switzerland and Moscow. It purifies the air and provides protection to hospital staff, and the treatment is carried out using water treated with anionic oxygen.
I conclude my conversation with Professor Ganev by asking about the Covid-19 vaccines, some of which are expected to be completed and available by the end of the year. This question is crucial in the context of the widespread distrust toward them, and even the suspicion that they might harm human health and reproduction.
“Up to this point, there is no vaccine against AIDS, and the coronavirus is similar to HIV. The vaccines—both those based on RNA and the biological ones—are unlikely to be a panacea for dealing with the pandemic,” the scientist speculates.
This virus will continue to coexist with us,
and global measures must be taken to purify the environment as much as possible. Vaccines are part of the measures against the coronavirus, but they cannot guarantee our protection, as the virus easily reconfigures itself, meaning mutations will always outpace the vaccines.
