N@N

Plasma compression breakthrough: General Fusion hits 600 million neutrons per second

The article from Interesting Engineering discusses General Fusion's innovative approach to nuclear fusion through their development of a spherical tokamak named "LM26." This device is designed to compress plasma using a unique method involving a liquid metal liner, which is mechanically driven to implode around the plasma, thereby achieving the necessary conditions for fusion. The LM26 aims to demonstrate the feasibility of this compression technique, potentially leading to a more practical and economically viable fusion energy source. The project has garnered attention for its novel engineering solutions to the challenges of fusion, including managing plasma stability and achieving high compression ratios. General Fusion's work is part of a broader push towards sustainable energy solutions, with the company planning to use this technology to eventually produce commercial fusion power, offering a cleaner alternative to traditional nuclear fission and fossil fuels.

Read the Full Interesting Engineering Article at:
[ https://interestingengineering.com/energy/spherical-tokamak-plasma-compressed-general-fusion ]