5. Application of Dormant Light Energy to Breakdown CO₂ Naturally

The chapter delves into the urgent need to stabilize atmospheric CO2 levels to mitigate climate change, proposing an innovative solution through the activation of dormant light energy. The author presents a sophisticated mathematical model that calculates the latent light energy on Earth, taking into account the planet's sphericity and orbital parameters. This model provides a detailed framework for understanding how dormant light energy can be activated to break down CO2, offering a groundbreaking approach to climate change mitigation. The chapter also includes simulations and equations that illustrate the dispersion and activation of this latent energy, highlighting its potential to disperse the electromagnetic waves necessary to break the CO2 covalent bond. The results and discussions section further elaborates on the efficiency and dynamics of dormant light energy, providing a comprehensive analysis of its potential to address the complexities of climate change. The conclusions underscore the significance of this research, suggesting that the activation of dormant light energy could be a pivotal step in combating climate change and stabilizing the global carbon cycle.