Looking at viral mutations as a completely random process is incorrect. Viruses have a built-in entropy (disorder) mechanism.
"To discover the universe's secrets, think about energy, frequency, and vibrations. (Nikola Tesla)"
Precisely because viruses are relatively simple molecules with no independent, energetic function, their analysis according to the laws of thermodynamics (energy conservation) is relatively simple compared to the enormous complexity of the biochemistry of viruses. The model is presented relatively simply and readable, even without prior knowledge of physics.
Vital highlights:
- The premise is that the host's energy is directed only to replicate viruses and does not serve to modify the viruses' genetic makeup through mutations.
- Viruses mutate, but this is an entropy mechanism and cannot be attributed to natural selection, a biological process that applies only to organisms. Link: Viruses mutate but can't be attributed to natural selection.
Virus mutations are not entirely random processes. Viruses have a built-in entropy (disorder) mechanism.
- The waves of infection observed during the COVID-19 pandemic and before it in the Spanish flu (at the beginning of the 20th century) cannot be explained without the energetic dimension compared to shifting gears in a car.
Viruses have a built-in entropy mechanism (disorder) that makes them more resilient but requires them to invest energy in modifications—an evasion tactic.
- The idea of solar flare cycles (every 11 years) affecting viral diseases is not new.
The theory and model of energy conservation I propose regarding viruses are unique and original. Link: Sunspot Cycle and Human Health | Solar flare (Wikipedia)
Solar flare cycles over a hundred years explain the outbreak of most viral pandemics.
During World Wars, no significant viral outbreaks were recorded.
The idea that solar flare cycles (every 11 years) affect viral diseases is not entirely new.
Link: Sunspot Cycle and Human Health
The theory and model of energy conservation I propose regarding viruses are unique and original.
- By analogy, similar to humans who absorb solar energy — Ultraviolet radiation (electromagnetic radiation)- to build vitamin D and also for energetic charging (which has a positive effect on our bodies), viruses can absorb solar radiation energies (electromagnetic radiation) at specific frequencies to create new mutations aimed at increasing their ability to infect.
Except for the Ebola virus (1976) and COVID-19, all other viral epidemic outbreaks over 100 years occurred close to the peaks of solar flares.
- Imagine a deadly viral disease like the Ebola virus, with a contagious ability like COVID-19 - the world would collapse! According to the model I present here for the first time, such a situation is unlikely.
COVID-19 daily new cases worldwide. (November 2022)
The phenomenon of waves of coronavirus morbidity was very pronounced.
- Records of the Spanish flu from 1918 reveal a similar phenomenon of waves of infection. The most common mathematical models for predicting the spread of viral epidemics (SIR model) do not produce a wave phenomenon. The explanation for the wave phenomenon is taken from the world of physics. A respiratory virus, such as COVID-19, has a high frequency of waves, which is needed to maintain the rapid infection rate. High frequency requires a short wavelength, which carries a lot of energy! It explains why the COVID-19 virus was not very virulent to begin with. Over three years, its violence only decreased, and not by chance.
We will detect the same wave phenomenon in a different format if we look at other viruses (in large numbers).
- If we take HIV (AIDS), its virulence decreases slightly but slowly. The explanation for this lies in its long wavelength. (Low frequency carries low energy, requiring a slow renunciation of violence.) The analysis I am currently performing is relatively simplistic. Still, it will introduce a new dimension to understanding viruses from an unfamiliar angle—energy conservation laws and thermodynamics.
Continue reading Viruses Virulence and Proliferation Model Based on Thermodynamics.
