ITER

ITER, an abbreviation for "The Way" in Latin, stands as one of the most ambitious energy initiatives globally. Located in southern France, this groundbreaking project unites 35 nations—including the European Union, the United States, China, India, Japan, Korea, and Russia—focused on developing the world's largest tokamak, a type of magnetic fusion device. The primary aim of ITER is to demonstrate the viability of fusion energy as a large-scale, carbon-free power source, mimicking the fusion processes of the sun.

The experimental campaign at ITER is crucial for advancing plasma science and establishing the framework for future fusion power plants. Key activities include investigating "burning plasmas" that can sustain their own temperatures through fusion reactions and testing essential technologies like superconducting magnets and tritium breeding modules. The collective expertise of thousands of engineers and scientists has shaped ITER since its inception in 1985. As the project progresses, it seeks to pave the way for self-sufficient fusion energy that promises a sustainable, environmentally-friendly power solution for generations to come.