Project Description
This project provides an exploratory introduction to the potential of fusion energy as a viable, sustainable power source for the future. As global energy demands continue to rise and climate change presents growing challenges, fusion stands out as a promising alternative to both fossil fuels and conventional nuclear fission. Participants will explore the fundamental principles of fusion, including plasma physics, computational modeling techniques, and its real-world applications in energy production.
Through data-driven simulations, energy efficiency assessments, and advanced modeling, participants will gain an understanding of the physics behind fusion energy reactions. Participants will also investigate strategies to optimize reactor performance and the technical hurdles that must be overcome to make fusion a practical energy solution.
Learning Objectives
- Understand the fundamental principles of fusion energy, including plasma physics and nuclear reactions.
- Analyze energy efficiency in fusion reactions and compare fusion to other energy sources.
- Simulate plasma behavior and energy generation.
