How many Teslas are in a tokamak?

To put the strength of this magnetic field into perspective, it is equivalent to 280,000 times the magnetic field of the Earth. This mind-boggling figure highlights the incredible precision and control required to harness and utilize such a force for the purpose of nuclear fusion.

The ITER tokamak, a groundbreaking fusion energy project, will feature a remarkable central solenoid. This solenoid, a crucial component of the device, will be an engineering marvel in its own right.

The use of superconductivity in the design of the central solenoid is a testament to the cutting-edge technology employed in the ITER project. By eliminating electrical resistance, superconductivity allows for the efficient generation and maintenance of the intense magnetic field necessary for fusion reactions.

The superconducting magnet that will serve as the central solenoid for ITER is set to become the largest of its kind ever constructed. Its sheer size and capability underscore the ambitious nature of the project and the potential it holds for clean energy generation.

In addition to its groundbreaking technology, the ITER tokamak project is also notable for its global collaboration. Scientists and engineers from around the world are working together to bring this visionary project to fruition, aiming to pave the way for a cleaner, more sustainable future.