Quantum Computing-Based Climate Change Mitigation for Disaster Management in Industry 6.0

Climate change is a major worldwide concern that is indicated by extreme weather, rising sea levels, and global warming. These developments put several industries, including agriculture, which is crucial to food security, in grave danger. Intelligent systems and quantum computing together provide a game-changing approach to climate change adaptation and mitigation, particularly in the context of Industry 6.0. This abstract looks into how we may better handle climate change by utilizing this state-of-the-art technology. Quantum computing is capable of handling complex issues that ordinary computers find challenging to solve, despite having greater processing power than them. It is possible to simulate intricate climate models, examine large-scale environmental datasets in great detail, and optimize mitigation strategies. These skills are crucial for understanding climate trends, projecting the future, and developing effective remedies to climate change. Quantum computing and intelligent systems can be used by researchers to enhance climate change adaptation and mitigation strategies. By using these technologies, problems can be solved locally and globally with more accuracy in predicting, more efficient resource allocation, and adaptable solutions.