Case 1: SARS-CoV-2 attack on a healthy person.
Upon SARS-CoV-2 attacks on a healthy person with no pre-existing condition, the total strength of the virus attack on this healthy person is represented by the unperturbed Hamiltonian H 0 and its maximum effect on the patient is given by the total energy, given by
En(0) = < Ψn(0)H0│Ψn(0)>
This equation shows that the energy is directly proportional to the Hamiltonian. It concludes that the stronger the viral attack on a healthy person, the sicker the person becomes and the longer the person remains a COVID-19 patient.
Figure 2 depicts a comparison of healthy lungs and lungs damaged by COVID-19 during its initial onslaught. The graphic, which is an x-ray imaging of a patient’s lungs, depicts how COVID-19 affects and damages the lungs of a healthy individual.