Global Warming Gas Balance in Response to Increasing Concentrations: Perspectives from a Laser Induced Ablation and Gas Evaporation

Abstract

Tremendous work and results of prognostic models were yielded in the field of global warming in the past three decades. In a laser experiment we discovered an unusual relation between the expansion and collapse dynamics of the observed gas bubbles, whereas these two values were always related to each other, their sum being always equal to their product. Analyzing the results, we discovered an unknown intrinsic mechanism being the cause of global warming, which is associated with the increase in concentration of carbon-13, carbon-14, oxygen-17, nitrogen-14 and 15 and flour-19 of global warming gases in the atmosphere. While the saturation of these gases depends on the revealed special relation between emitted infra-red rays and the wavelength of absorbed rays, which is an important new finding, an increase in concentration of global warming gases can create an imbalance, leading to an increase in global temperature. The formula which was calculated is able to accurately predict atmospheric warming and global climate changes.