Why are RNA viruses so difficult to combat?

Based on 'Kim’s Theoretical Hypothesis,' which examines the physical similarities between relativistic jets of black holes and DNA structures, this study sheds new light on the unique survival mechanisms of RNA viruses. Unlike black hole jets or DNA, which generate intense vibration and high-speed rotational forces, RNA viruses lack such internal structural dynamics; consequently, they maintain a concealed state without exposing their genetic material while exhibiting stochastic motility driven by the external environment. This research argues that when these structural characteristics converge with host membrane destruction and irregular transmission pathways influenced by environmental factors, the resulting structural torsion and mutations serve as the fundamental drivers that maximize viral infectivity and transmission efficiency.