Hydrogen-boron fusion represents a potentially revolutionary energy source that could provide clean, safe, and nearly limitless power without the dangers of neutron radiation or radioactive waste. However, technological challenges such as extreme temperature requirements, plasma confinement, and energy efficiency must be overcome before it becomes viable. Despite its current limitations, advances in laser-driven fusion, magnetic confinement, and direct energy conversion continue to push the boundaries of what is possible. If research efforts succeed, hydrogen-boron fusion could play a key role in solving the world’s energy crisis and decarbonizing the global economy.